ML19337A068
| ML19337A068 | |
| Person / Time | |
|---|---|
| Site: | Davis Besse  |
| Issue date: | 08/21/1980 |
| From: | TOLEDO EDISON CO. |
| To: | |
| Shared Package | |
| ML19337A067 | List: |
| References | |
| NUDOCS 8009080319 | |
| Download: ML19337A068 (87) | |
Text
-.
EFFLUENT A'ID WASTE DISPOSAL SDIIANNUAL REPORT Tacility:
Davis-Besse Nuclear Powe'r Station, Unit 1 Licensee:
The Toledo Edison Company Reporting Period:
January 1,1%0 through June 30, 1980 Supplemental Infor=stion:
1.
Regulatorv Limits Liquid and Gaseous Radioactive Effluent Limits LIQUID l
GAS NOBLE GAS IODINES &
I-131 PARTICULATES AtnIUAL DESIGN 5 mres/ site 10 mradv/ site-15 mrem / site 1 curie per OBJECTIVES 5 curies /re-20 mrad 4/ site reactor 1
actor **
CURIE LDIIT 10/ quarter **
2/ quarter PER REACTOR 20/12 consec-4/12 cons.
utive months conths CURIE LD!IT/
10 **
TANK 450C0 UNPLA'C!ED OR 0.5 5
0.02 (radio-UNCONTROLI.ED nuclides)
RUSASE RE-PORT-CURIES DOSE LD IT ***
500 mrem /yr 1500 mrem /yr PER SITI total body thyroid 3000 crem/yr 30 crem/qtr skin 20 mrad /qtr 7 60 mrem /12 40 mrad /qtr #
can's. mos.
40 mrad /12 cons. mos.7 80 mrad /12 cons. mos.#
MICR0 CURIES ICCFR20, app.
PER MILLILITER B~ table II, LIMIT col. 2 ACTION LEVZL 2.5 curies /
5 crad/qtr y 7.5 mren/qtr 0.5 curies /
qtr** per 10 mrad /qtr#
per site qtrperre-l-
- reactor ocr site actor
- With half-lives greater than 8 days.
- Not including tritium and dissolved gases.
- 500 mren/yr, 1500 crem/yr, and 3000 mre=/yr limits are for instantaneous re-
~
leases.
2.
Maxieum Pemissible'Cenecntrations - Limits used are specified in 10CTR20, Appendix 3 Table II, Column-1 and 2.
- 3. _Averace Enerev - Not applicable 8 00'9 0 8 0 3 th.'
.2
-.3
r4 Page 2 of 96 4.
Measurements and Approximations of Total Radioactivity a.
Fission and activation gases (1). These gases, excluding tritium, are collected in a Marinelli type beaker, specially modified for gas sampling,. steel. bombs, of glass vials and counted on a Ge (Li) detector for principal gamma emitters.
(2)
Tritium gas is collected using a bubble apparatus and counted by 11guld scintillation.
b.
Iodines'- are collected on a charcoal cartridge filter, and counted on a Ge (Li) detector.
Particulates - are collected on filter-paper and counted i
c.
on a Ge(Li) detector.
i l
d.
Liquid ef fluents - are collected in bottles and counted on a Ge (Li) detector.
i 5.
Batch Releases a.
Liquid (1)
Number of batch releases:
85 (2)
Total time period for batch releases: 352.2 hours2.314815e-5 days <br />5.555556e-4 hours <br />3.306878e-6 weeks <br />7.61e-7 months <br /> (3)
Maximum time period for a batch release: 1.26E+03 minutes (4)
Average time period for batch releases:
2.48E+02 minutes (5)
Minimum time period for a batch release: 6.00E+01 minutes (6)
Average stream flow - not applicable b.
Gaseous (1)
Number of batch releases: 20 (2)
Total time period for batch releases: 1393.4 hours4.62963e-5 days <br />0.00111 hours <br />6.613757e-6 weeks <br />1.522e-6 months <br /> (3)- Maximum time period for a batch release: 866.5 hours5.787037e-5 days <br />0.00139 hours <br />8.267196e-6 weeks <br />1.9025e-6 months <br /> (4)
Average time period for batch releases: 69.7 hours8.101852e-5 days <br />0.00194 hours <br />1.157407e-5 weeks <br />2.6635e-6 months <br /> (5)
Minimum time period for a batch release: 22 minutes 6.
Abnormal' Releases None-i 4
e i
Page 3 of 96 Curies of Radionuclides and Offsite Doses to Humans Resulting 7.
from the Release of Radioactive Effluents at the Site Boundary Limits from Environmental Technical Percent Specifications of Limit Type of Activity a.
Quarterly: Gaseous, 1st Quarter, 1980 20 mrad /qtr,7
<3.48E-2 r
Noble gases 40 mrad /qtr,#
<8.30E-2 Noble gases
)
Airborne radioiodines and
<2.93E-1 30 mrem /qtr particulates Iodine-131 2 Ci/qtr 2.65E-2 b.
-Quarterly: Gaseous, 2nd Quarter, 1980 20 mrad /qtr,7
<5.80E-2 Noble gases 40 mrad /qtr,$
<1.88E-1 Noble gases Airborne radioiodines and
<5.17E-1 30 mrem /qtr particulates Iodine-131 2 Ci/qtr 7.75E-2 c.
12 Consecutive Months: Gaseous, 40 mrad /12 me.,7
<8.59E-2 Noble gases 80 mrad /12 mo.,#
<1.91E+0 Noble gases Airborne radioiodines and 60 mrem /12 mo.
<4.53E-1 particulates Iodine-131 4 Ci/12 mo.
1.74E-1 d.
Quarterly: Liquid, 1st Quarter, 1980 Liquid (excluding tritium 10 Ci/qtr 4.65E-1 and ' dissolved gases) e.
Quarterly: Ligtud, 2nd Quarterly, 1980 Liquid (excluding tritium 10 Ci/qtr, 1.40E+0 and dissolved gases) l l
l
Page 4 of 96 I
Limits from h
Environmental Technical Percent
[
Specifications
'of Limit 9
Type of Activity-i f.
12 Consecutive Months: Liquid, 1980 Liquid (excluding tritium 20 C1/12 mo.
1.07E+0 and dissolved gases) 8.
Dose Assessment The following is a list of the sources of input data that ~were used in IND1109E, POP 1109E, DUCKMANE and GASPAR codes:
a.
0-50 mile meat, milk and vegetable production, water
)
usage information; location of the nearest Individuals and pathways by sector out to 5 miles
. source:
No. 5 0-3 4 6,
Evaluation Appendix I analysis, NRC Docket
- 1976, of Compliance with Appendix I to 10CFR50, June 4, Davis-Besse Nuclear Power Station Unit No.
1.
b.
1980 population within 50 miles of the plant site -
Davis-Besse Units 2 and 3 PSAR, Figure 2.1-6.
source:
Tables 1A, c.
Gaseous and liquid source terms - sources :
1C, 2A, and 2B.
Tables 6 and 8 presents the maximum doses computed from the noble
? ables 7 and 9
present doses gas effluents for each quarter.
Doses resulting from gaseous iodine and particulate effluents.
arc presented in resulting from liquid iodine and particulates Table 10 and 11.
Tables 12 through 19 present tne X/Q and 4Q values associated with the dose values presented in Tables 6 through 9.
Based on the information presented above, it is concluded that
~
the doses to individuals are well below th dose objectives of Appendix I to 10CFR50.
In
- addition, population doses within 50 miles of the plant are also very low.
9.
Enclosed Tables a.
Table 1A, Gaseous Effluent, Summation of All Releases b.
Table 1B, Gaseous Effluents, Elevated Releases c.
Table 1C, Gaseous Effluents, Ground level Heleases d.
Table 2A, Liquid Effluents, Sunnation of All Releases e.
Table 2B, Liquid Effluents
,y y
Pzga 5 cf 96 9
9.
Enclosed Tables (Cont) f.
Table 3A, Solid Waste and Irradiated Fuel Shipments g.
Table 1, Joint Frequency Distribution of Wind Speed
.and Direction ny Atmospheric Stability Class Based on 35-ft Winds and A
T(250ft - 35ft)
(JFD) 1/1/80 - 3/31/80, Continuous Releases h.
TEble 2, JFD, 4/1/80 - 6/30/80, Continuous Releases 1.
Taole 3, JFD, 1/1/80 - 3/31/80, Batch Releases j.
Table 4, JFD, 4/1/80 - 6/30/80, Batch Releases k.
Table 5, Hourly Meteorological Data During Batch Releases 1.
Table 6, Doses from Noble Gas Effluents (mrem) m.
Table 7, Doses from Gaseous Iodine and Particulate Effluents (mrem) n.
Table 8, Population Doses from Noble Gas Ef fluents (man-rem) o.
Table 9, Population poses from Iodine and Part1-culate Effluents (man-r em) p.
Table 10 Population Doses from Liquid Releases (man-rem) q.
Table 11, Doses from Liquid Releases to Individual (mrem) r.
Tables 12 X/Q and QQ Values Associated with the Dose Through 19 Values Presented in Tables 6 through 9 1
l i
.Faga 6 cf 96
/'
TABLE 1A-EFFLUENT AND WASTE DISPOSAL SC !AT."JAL REPORT (1960)
CASEOUS EFFLUENTS-SU:C'.ATION OF ALL KELIASES Est. Tota-Error, *:
Unit First Quarter Second Cuarter,
A.
Fission & activation gases i
ci
< 4.72E+02 4 4.m+02 l 2.00Et01 1.
Total Release 2.
Averate release race for seriod fuC1/se
<6.00EtO'.
4.5.62Et01 1
- 3.
Percent of Technical Specifica-
<8.30E-02
'41.8SE-01 tion lini:
D.
Iodines i
Ci 1
5.29E-04 8.70F-OL 2.00EM)1 1.
To:a1 iodine -131 2.
Averate release race for seriod wC1/sec 6.73E-05 1.12E-04 e*3.
Percent of Technical Specifica-Z 2.65E-02 j 4.40E-02 tion li=it C. 'Particulates 1.
Particulates with half-lives > S 4.1.033-04 2.00E+01 Ci
<7. 8 5 E-0 5-days 2.
Averaee release rare for eeriod !uCi/se:
<9.98E-06 i 4.1.31E-05
- ** 3.
Percent of Technical Specifica-
<2.935-01
/ 5.17E-01 I
tion limit I
ci 1.53E-07 u
1.6LE-07
-1 4.
Gross aloha radione:1vity D.
Tritium-i C1 l
7.12E-01 I
3.10E+00 2.00E+01 1.
Total Release 2.
Averace release rate for oeriod bCi/see o.067-02
- 3. OLE-01
- a**3.
Percent of Technical Specifica-1.89E-04 j 8.22E-04 I
eien limit
- Based on Environmental Technical Specification (ETS) 2.4.3.b(1) for quarterly beta fraction, ose frem noble gases.
d i
- Based on ETS 2.4.3.b(3) for the quarterly dese frem all radiciodines and radioactive materials. in particulate - for= with half-lives greater than eight days.
l
t I
I j
i
[
3 l
l
Pags 7 of %
. ~
TABLE 1B.
EFFLUENT AND ' ASTE DISPOOAL SEMIANNUAL I!EPORT ( 1980)
W GA0EOUO EFFLUENTS-ELEVATED i;ELEASE
- CotJTitJuou'. t.100G DATCHA *CDE taucti'Jes lle:es:ed Uns t Quarter Quas.er Cuarter -
Quarve
- 1. Fission gsscs -
krypton.NS l
Ci l
E E
E l El k ryptun.h5 m l
Ci I
E E
E I I'.
I 1:rvpt o r..oi i
Ci i
E.t li II i ld krvnten 88 i
Ci I
E I E I E l is i xenon.133 i
Ci I
E I E ;
E I it t xen6n.IIS Ci i
ii i E
E i 10 xenon.135:n l
C E I E
E I I I xennn.t as l
Ci i
si E i.
ni
- i. i Othco t sp::dy) i Ci i
E l E l E
EI I
Ci i
11 E I _
E E!
I Ci 1
E E I E
ti !
umaentifi:d Ci I
E I E i E I-EI Total for p:ricc Ci i
E I E l E I El l
E l E
E iodir:c.133 t
Ci i
E I E i E
E iodine.l.i5 i
Ci E i.
E i E i E9 Total for period l
Ci E l E l E l E l i
t'
- 3. Particulates I
E E
E I
Ci E l E
E i.
E j
cesium 134 i
Ci l
E i E
E I E
o E
I ecstum.l fi 8
C E I E I E l'.
E-i barium.1:nthanum.140 i
Ci I
E I E i E
i.
Others (seceity) i Ci E l.
E i E
E.I l
Ci I
E E I
. ii E
l-C E
E E
E E
E unioentitied l
Ci E l E j
- Not applicable; all releases are classified as mixed mode releases.
L
.h Pagn 8 of %
TABLE 1C-
. EFFLUENT AND WASTE DISPOSAL SD!IANNUAL REPORT (1980 )
GASEOUS EFFLUE.VTS-MIXED MODE EELEASES fl CONTINUOUS MODE BATCH MODE lNuclides Released I-Unit 11ST OUARTER l 2ND OUARTER l 1ST OUARTER l 2ND OUARTER l
1.
Fission gases kryoton-85 l
ci-
< 3.38E+02 4 4.05E+02 4 4.26E-01
< 9. 9 3 E-01 krypton-85=
-Ci 4 1.43EvC0
- 41. 40E+00 2.87E-0?
< 5. 2 2 E-0 3 krvoton-87 Ci
< 2.2E+00 4 2. 32EMO
< 5.66E-03
< 1. 32E-02 krypton-88 l
ci
< 3.17Ev00 42.97E+00
< 3.09E-03 (4.77E-03 xenon-133 i
ci
< 1.00Ev02 4 5.14E+00 1.09E+01
- 1. 20E a-01 xenon-135 i
Ci
< 6.67E+00 41.05E+00 4.36E-01 2.60E-02 xenon-135m i
C1 4 2.26E+00 4 2. 21E+00 4 4.76E-03
< 7. 84E-02 xenon-138 i
C1
< 5. 6 6 E--00 4 5. 70E+00 1.12E-02 4 2. 61E-02 2.53E-07
< 4. 36E-02 Arcon-41 Ci 4 1.11E-01 5.40E-02 i
Xenon-133m C1 Hydronen-3 i
Ci 6.65E-01 4.3.06E+00 4.66E-02
< 4. 37E-02 i
Ci l
Ci unidentified i
C1 Total for oeriod i
Ci
<4.60E*02 4 4. 29 E+02
< l.19E+01 41.32E+01 t
2.
~ 'odine-131 l
Ci 5.29E-04 8.79E-04 i
iodine-133 i
C1 5.2SE 5.93E-05 iodine-135 I
ci
< 3.67E-05 4 6.17E-04 i
Total for period
-1 Ci
< 1.09E-03 4 1.55E-03 NA NA
. 3.
Particulates
-strontium-89 i
Ci
< 5.57E-07 4 2.20E-07 strentfur-90 1
Ci
< 1.33E-06 4 3.90E-07 cesiur-134 i
ci
< 1.0SE-05 4.2.00E-05 cesfee-137 I
Ci (7.90E 06
< l.50E-05 barium-lan t hanum-140 Ci
< 5. 795-05 4 6. 75E-05
- l Ci Ci Ci Ci i
1 Ci unidentified i
C1
~
These radionuclides are monitored by particulate and charcoal filters in the Stati:n Therefore, the curies released are included in the continuous mode.
vent.
T 1
~ - -
v y
- wiw,
P u e 9 ef %
TABLE 2A i
EFTLUE:.T M;D k'ASTE DISPOSAL STJ!!M01UAL REPORT (19S0)
LIQUID EFTLUC.iS-SD:MATION OF ALL RELEASES Est.' To:sil Unie First Quag e,.
Second Quarter Error. *: 1 A.
Fission and activa: den products tritium. reses. alehn)
Ci
- 4. 65E-02 1.40E-01 2.00E+01 1.
To:a1 release (not including-
- 2. _ Average dilu:cd concentra: ion 6.62 SOS 1.34E-07
,cci/mi durine period 3
Percent of_Tg 5 Sece Li.1:, 10 Ci 8 1
L.65E-01 1
1.40E+00 f 4.
Percent of 10 CF? 20 Lfnic i
l 1.32E-00 l
7.62E-01
_l i
ci i
4.45E*01 1 3.08E+01 1 2.00E+01 j B.
Tritium 1
Total release 2.
Average diluted concen:ra: ion
'/mi 6.34E-05 2.96E-05 du,ine oeriod
- I u3 Percent of 10 CIR 20 limi
)
i 2.11EvCO i Q.86E-01 0
Dissolved and entrained enses i
Ci i < 1.10E-04 i < 1.41E-04 1 2.00E+01 1 1.
Te:al rele:sc 2.
Average diluted concentration xCi/ml
< 1,57E-10 41.35E-10
-I durine period 03 Percent of 4 E-5 eci/ee li=it i
t i 4 3.92E-04 i < 3. 395-04 D.
Cr ss aleha radicactivity i
1.
Total release l
Ci i < 3. 5 3E-05 i
<6. 38E-05 12.00Et01 l E.
Vale =e of vaste released (prior to dilution) i liters i 1.03E+06 1
1.JJLTuo i 2.00Et01l F.
Valu=e of dilution unter I
1.
During the :ime of releases I liters l i narane 1.04EtO9 i 2.00Et01l t
2.
Total dilution I liters i 9.3STAce 8.49E+09 1
Ba.:ed on dilution during the ti=e of releases only.
0 h
w--
c
a Paga 10 of % -
TABLE 2B EFFLUETS AND WASTE DISPOSAL SD(IANNUAL REPORT (1980)
LIQUID EFFLUENTS
- CO?TTIWOUS MODE BATCM MODE ~
IST OUAETER 2ND OUARTEF Nuclides Releasec L'ni t 42.19E-05
- 41. 60E-05 strontium-89 Ci
( 3.42E-05 i e.2.70E-05 strontium-90
! Ci I
2.52E-031-2.53E-03_
i Ci i H
cesium-134 6.62E-034 5.62E-03 cesium-137 l Ci l i
iodine-151 l Ci l j
ll 2.34E-03i 1.62E-03 i
l i 1.29E-02l
- 1. 21E-01__
cobalt-58 Ci r
7.57E-031 6.75E-03 Ci cobalt-60 4 6. 83E-05 )
6.83E-04 Ci iron-59 4 7. 5 3E-051 -
7.74E-06 Ci
)
zine-65 mancanese-54 Ci l
7.39E-031 1.42E-03' 4.26E-04 i
I
_,5.83E-051 chromium-51
' C1 zirconium-niebiu -95 Ci l i
l_ 1.03E-041 4 1.44E-04_
molybderum-99 Ci i
142.43E-041 4 3.14E-04 technetium-993 l Ci 142 64E-05 I c 3.40E-05 barium-lanthanu=-lj.0 i Ci 1
l 1.75E-051 4 2.15E-05 l
cerium-141 l Ci l l
lC 4. 84E-05 L 4 e.26E-051 Iodine-133 I Ci l l
1.11E-O'l 2.lSE Y-91 Ci l i
6.36E-031 Ci l i
1.26E-05 Zircenitm 3.92E-05 Sodium-2A Ci I
l Ci
~~
i unidentified Ci l 1
)
Total for period 4.65E-02 l'.40E-01 (above) **
Ci r
48.06E-05l 4 1.04E-0T xenon-133 Ci xenon-135 Ci i J
2.2.91E-05l 4 3.76E-05 i
f Not applicable; all radioactive liquid ef fluents are released in the batch mode.
- For those radionuclides identified.
l
Pago 11 of %
TABLE 3A-4 EFFLUENT AND WASTE DISPOSAL SEMIANNUAL REPORT ( 1980)
SOLID WASTE AND IRMDIATED FUEL SHIPMENTS A.SOLIO WASTE SHIPPED OFFSITE FOR BURIAL OR DISPOSAL (Not irradiated fuell
'I.' Type of waste Unit Ese. To,e
- a. Spent resins, filter sludges, evaporator m'
- 6.38E+01 bottoms. ete.
2.00E+01 Cl 1.14E+00 i
- b. Dry compressible waste, contaminated m'
1.77E+02
. equip, etc.
2.00E+01
' Ci
- 2. 68E+01 i
c.. Irradiated components, control m'
rods,cie.
Cl NONE
- d. Other (describe) l Ci NONE
- 2. Estimate of maior nuc!Ide composition (by type of waste)
{
~
a.
Co-58 7.18E+01 S r-90 e,
8.30E+00 cm-137 8.20E+00 i
b.
Co-58 R.50E+01 Mn-54 1.00E+01 4
Co-60 5.00E+00
)
c.
4 YO d.
g Ye t
3.
Solid Waste Disposition Number of Shipments Mode ofTransportation Destination 15 TRUCK Barnwell Waste Mgmt Facility Barnwell, SC B. IRRADIATED FUEL SHIPMENTS (Disposition) i.j, Number of Shipinents Mode of Transportation Destination I
NONE-NA NA 4
4
~
f L_
Page 12 of 96 TABLE 1 JOINT FREQUENCY DISTRIBUTION OF WIND SPEED AND DIRECTION BY ATMOSPHERIC STABILITY CLASS BASED ON 35-FT WINDS AND AT (250FT-35FT)
FOR DAVIS-BESSE JANUARY 1, 1980 - MARCH 31, 1980 CONTINUOUS RELEASES Stability Class:
A Elevation:
35 Feet Delta T ( 250.0,- 35.0) Feet HItC SPEED (HFH)
FRoll 1-3 4-7 6-12 13-10 19-24 25+
TDTAL HIf05 H
'O O
O 0
'O O
O ICtE O
O O
O O
O O
HE O
0 0
0 0
0 0
EHE O
E 1
0 0
0 3
E O
2 3
0 0
0 5
ESE D-0 0
0 0
0 0
S E' O
O O
O O
O O
SSE O
O O
O O
O O
5 0
0 0
0 0
0 0
SSH 0
0 0
0 0
0 0
SH 0
0 0
0 0
0 0
ItSH 0
0 0
0 0
0 0
H 0
0 0
0 0
0 0
ncet 0
0 0
0 0
0 0
HH 0
0 0
0 0
0 0
d 0
0 0
0 0
t501 0
TOT.
0 4
4 0
0 0
8 0
N'JtDER OF CAlti !!OURS 0
IMIDER OF VARIABLE DIRECTIONS -
8 TOTAL tutnER OF 005ERVATI0 tis l
~
Page 13 of 96 TABLE 1 JOINT FREQUENCY DISTRIBUTION OF WIND SPEED AND DIRECTION BY ATMOSPilERIC STABILITY CLASS BASED ON 35-FT WINDS AND AT (250FT-3 5FT)
FOR DAVIS-BESSE JANUARY 1, 1989 - MARCH 31, 1980 CONTINUOUS RELEASES.
Stability Class:
B Elevation:
35 Feet Delta T ( 250.0 -
35.0) Feet HItc SPEED (fFH)
HItOS TRolt 1-3 4-7 8-12 13-18 19-24 25+
TOTAL H
0 0
0 0
0 0
0 ICIE O
O O
O O
O O
HE D
C 0
0 0
0 0
EtiE O
O 0
0 0
0 s
E 0
1 0
J 0
0 1
ESE 0
0 0
0 0
0 9
~
SE O
O O
O O
O 9
SSE O
O O
O O
O O
0 0
0 0
0 0
0 SSH 0
0 0
0 C
0 0
SH 0
0 0
0 0
0 0
HSH 0
0 0
0 0
0 0
H 0
0 0
0 0
0 0
NHH 0
0 0
0 0
0 0
104 0
0 0
0 0
0 0
NHH 0
0 9
0 0
0 0
TOT.
0 1
0 0
0 0
1.
0 PMIBER OF CAltl HOURS IM OER OF VARIABLE DIRECTI0 tis -
0 1
TOTAL trJIBER OF 00SERVATIOilS
Page 14 of 96 TABLE 1 JOINT 5?.EQUENCY DISTRIBUTION OF WIND SPEED AND DIRECTION BY ATMOSPHERIC STABILITY CLASS BASED ON 35-FT WINDS AND AT (250FT-35FT)
FOR DAVIS-BESSE JANUARY 1, 1980 - MARCH 31, 19tiO CONTINUOUS RELEASES Stability class:
C Elevation:
35 Feet Delta T ( 250,0 -
35.0) Feet hit 0 SPEED (tFH)
HIllDS TROH 1-3 4-7 6-1Z 13-16 19-24 25+
TOTAL H
0 1
0 0
0 0
1 fft!
0
.0 0
0 0
0 0
HE O
O O
O O
O O
ENE 0-0 0
0 0
0 0
E D
1 0
1 0
0 E
ESE O
1 0
0 0
0 1
SE O
O O
O O
O O
$$E O
O O
O O
O O
5 0
0 0
0 0
0' O
$$H 0
0 0
2 1
0 3
SH 0
0 1
4 0
0 5
HSH 0
0 0
2 0
0 t
H 0
0 0
1 1
0 2
6264 0
0 0
0 0
0 0
101 0
0 3
0 0
0 3
' itet 0
3 1
0 0
0 4
TOT.
0 4
5 10 E
O 23 tutDER OF CALH Il0URS 0
hut! DER Of VARIACLE DIRECTI0 tis -
0 TOTAL ilu! DER OT 00$ERVATIorts -
23
.m
Page 15 of 96 TABLE 1 JOINT FREQUENCY DISTRIBUTION OF WIND SPEED AND DIRECTION BY ATMOSPHERIC STABILITY CLASS BASED ON 35-PT WINDS AND AT (250FT-35FT)
FOR DAVIS-BESSE JANUARY 1, 1980 - MARCH 31, 1980 CONTINUOUS RET. EASES Stability Class:
D Elevation:
35 Feet Delta T ( 250 0 -
35.0) Feet HitD SPfED (HPill HItc5 Troll 1-3 4-7 8-12 13-18 19-24 25e TOTAL H
1 15 11 9
4 4
44 HNE O
11 17 26 5
2 41 HE O
5 20 34 7
0 46 EHE O
4 29 22 8
3 68 E
3 13 40 13 1G 0
79 ESE 1
11 9
7 0
0 28 SE 2
8 15 0
0 0
25 SSE O
11 8
2 1
0 22 5
2 4
4 5
1 1
21 SSH 1
4 to 14 2
1 52 SH 0
2 28 25 4
0 59
' HSH 2
11 49 54 15 14 145 H
2 10 39 45 11 13 120 HNH 1
1 27 22 26 7
04 HH 2
11 39 39 12 4
109 HNH 1
15 22 13 7
0 58 TOT.
le 142 387 330 113 51
,1041 O
N'Jt! DER OF CALH liciDiS fut0ER OF VARIAct.E DIRECTI0fiS -
0 1041 70TAL NUtt0ER OF 005[RVAT10tG
l l
Page 16 of 96 TABLE 1 JOINT FREQUENCY DISTRIBUTION OF WIND SPEED AND DIRECTION BY ATMOSPHERIC STABILITY CLASS BASED ON 35-FT WINi.
-I AND AT (250FT-35FT)
FOR DAVIS-BESSE JANUARY 1, 1980 - MARCH 31, 1980 CONTINUOUS PETRASES
'l Stability Class:
E Elevation:
35 Feet Delta T ( 250.0 -
35.0) Feet HItO SPEED (l! PHI HItOS FRoll 1-3 4-7 6-12 13-18 19-24 25+
TOTAL H
1 4
9 4
2 0
22 tett 5
2 11 7
0 3
28 HE O
4 7
9 2
1 23 ENE 1
4 13 3
5 0
28 E
4 17-22 4
0 0
49 ESE 3
11 9
0 0
0 23 SE 5
-15 9
0 0
0 29 SSE 8
10 15 0
0 0
33 5
8 11 to 9
9 0
43
$$N 4
23 42 8
4 1
104 SH 5
21 45 2
0 0
73 HSH 4
18 50 22 9
2 105 H
3 25 29 5
1 3
64 HHH 2
9
'16 8
0 0
35 t01 4
11 17 5
0 2
41 NNH -
2 6
8 2
1 1
20 107.
41 195 340 90 35 13 742 0
Hutt3ER OF CALil HOURS IMtSER OF Vt.RIACLE DIRECTI0ftS -
0 142 TOTAL tutDER OF 00SERVATI0 TIS I
ap Page 17 of 96 TAB' 4 1 JOINT FREQUENCY DISTRIBUTION OF WIND SPE.*:D AND DIRECTION BY ATMOSPHERIC STABILITY CLASS BASED ON 35-Fr WINDS AND AT (250FT-35FT)
-FOR DAVIS-BESSE JANUARY 1, 1980 - MARCH 31, 1980 CONTINUOUS RELEASES Stability Class:
F Elevation:
35 reet Delta T ( 250.0 -
35.0) Feet HItB SPEED.tlFH)
HIHDS
, -7 0-12 13-18 19-24 25+
TOTAL 4
FROH 13 H
0 0
2 1
0 0
3 MHE O
O O
O O
O O
NE O
1 1
2 0
0 5
E 5
0 0
11 ENE O
4 E
O 4
0 3
1 0
8 th 0
8 5
1 0
0 14 SE 1
2 2
0 0
0 5*
4 SSE
'I 6
4 0
0 0
16 S
3 7
4 0
0 0
19 J,
S$H 4
7 4
0 0
0 17 SH 9
3 1
1 1
0 15 MSN 5
8 5
1 0
0
?.?
H 5
4 7
0 0
0 16 HHH 3
5 83 0
0 0
11 NH 0
4 0
0 0
0 4
HHH
-0 0
0 0
0 0
0 TOT.
32 45 45 14 2
0 158 PRAIDER OF CALH HOUR $
O trJttDEN OF VARIADLE DIRECTICitS -
0 TOTAL frJt! DER OF ODSERVAT20ttS 158 I
l
~
.I
i.
l
\\,
Page 18 of 96 TABLE 1 JOINT FREQUENCY DISTRIBUTION OF WIND SPEED AND DIRECTION BY ATMOSPHERIC STABILITY CLASS BASED ON 35-FT WINDS AND AT (250FT-3SFT)
FOR DAVIS-BESSE JANUARY 1, 1980 - MARCH 31, 1980 CONTINUOUS RELEASES Stability Class:
G Elevation:
35 Feet Delta T ( 250.0 -
35.0) Feet HIID SPEED IIPtil HIllD5
,FROH 1-3 4-7 8-12 13-28,19-24 25+
TOTti H
0 1
0 0
0 0
1 INE O
2 0
0 0
0 2
HE O
O O
0 0
0 0
ENE O
1 0
0 0
0 1
E O
O O
O O
O O
ESE O
3 1.
0 0
0 4
SE 0
1 0
0 0
0 1
SSE 1
0 0
0 0
0
- 1 3
4 3
0 0~
0 0
7 SSH 10 0
0 0
0 0
10 SH 8
7 0
0' 0
0 15 H5H 2
4 1
0 0
0 7
H 0
2 0
0 0
0 2
Hret 0
0 0'
0 0
0 0
NH 0
0 0
0 0
0 0
teet.
O' O
O O
O O
O l
TOT.
25 24 2
0 0
0 51 l
O j
lutBER OF CAltiflOURS tu otR OF VARIADLE DIRECTIO!!S -
0 l
51 TOTAL iMIDER OF CDSERVAT20tts 9
e-ww
Page 19 of 96 TABLE 1 JOINT FREQUENCY DISTRIBUTION OF WIND SPEED AND DIRECTION BY ATMOSPHERIC STABILITY CLASS BASED ON 35-FT WINDS AND AT (250FT-35FT)
FOR DAVIS-BESSE JANUARY 1, 1980 - MARCH 31, 1980 CONTINUOUS RELEASES Stability Class:
ALL Elevation:
35 Feet Delta T ( 250.0 -
35.0) Fett HIfD SPEED (IPH)
HIrms FR0!!
1-3 4-7 8-12 13-16 19-24 25+
70TAL tj 2
23 22 14 6
4 71 ICIE 5
15 28 33 5
5
'91 NE O
10 29 45 9
1 94 ENE 1
19 45 30 13 3
111 t
7 36 65 23 11 0
144 ESE 4
34 24 8
0 0
70,
SE 8
26 26 0
0 0
60 SSE 11
, 29 29 2
1 0
72 l
5 17 27 36 14 10 1
105 SSN 19 36 96 24 9
2 166 SH 22 33 75 32 5
0 167 HSH 13 41 105 79 24 16 278 H
10 41 15 51 13 16 206 NHH 6
15 46 30 to 7
130 804 6
26, 59 44 12 8
157 NHH 3
24 31 15 8
1 82 TOT.
136 437 191 444 152 64 2024 0
NtRDER OF CAlti ll0URS IM! DER OF VARIADLE DIRECTI0f ts -
0 20*4 101 AL trJt!OER OF 00$CRVATIOrts
Page 20 of 96 TABLE 1 JOINT FREQUENCY DISTRIBUTION OF WIND SPEED AND DIRECTION BY ATMOSPI1ERIC STABILITY CLASS BASED ON 35-FT WINDS AND T (250FT-35FT)
FOR DAVIS-BESSE JANUARY 1, 1980 - MARCH 31, 1980 CONTINUOUS RELEASES Observations with Missing Data 160 Total Observations for the Period are 2024 Percentage Occurrence of Stability Classes A
B C
D E
F G
0.395 0.049 1.136 51.433 36.660 7.806 2.520 L
.)
Page 21 of 96 TABLE 5 JOINT FREQUENCY DISTRIBUTION OF WIND SPEED AND DIRECTION BY ATMOSPHERIC STABILITY CLASS BASED ON 35-FT WINDS AND AT (250FT-35FT)
FOR DAVIS-BESSE APRIL 1, 1980 - JUNE 30, 1980 CONTINUOUS RELEASES Stability Class:
A Elevation:
35 Feet Delta T ( 250.0 -
35.0) Feet MIND SPEED (ItPHI NINDJ FROH 1.jt 47 6-12 13-l'8 19-24 25+
10TAL M
0 0
0 0
0 0
G ME O
1 0
0 4
0, 1
NE O
O O
O O
O O
ENE O
O O
O O
O 9
j 0
0 0
0 0
0 0
ESE O
O O
O O
O O
sE O
O O
O O
O O
SSE O
O O
O O
O O
5 0
0 0
0 0
0 0
SSH 0
0 0
0 0
0 0
SH 0
0 0
0
.0 0
0 HSH 0
0 0
0 0
0 0
N 0
0 0
1 1
0 t
NHH 0
0 0
1 0
0 1
NH 0
0 0
3 1
0 4
feet 0
0 0
1 0
0 1
707.
0 1
0 4
2 0
9 O
HUllDER OF CAltl HOURS hVIDER OF VARIADLE DIRECTICMS -
0 9
TOTAL HL115ER OF C3SERVATICNS
Page 22 of 96 TABLE 2 JOINT FREQUENCY DISTRIBUTION OF WIND SPEED AND DIRECTION BY ATMOSPHERIC STABILITY CLASS BASED ON 35-FT WINDS AND AT (250FT-35F"J)
FOR DAVIS-BESSE APRIL 1, 1980 - JUNE 30, 1980 CONTINUQUS BET EASES Stability Class:
B Elevation:
35 Feet Delta T ( 25,0.0 -
35.0) Feet MIND SPEED tlPHI MINDS FRCH 1-3 47 6-12 13-16 19-24 25+
TOTAL M
0 2
0 0
0 0
t lefE O
1 0
0 0
0 1
h-0 0
0 0
0 0
4 ENE O
O O
n!
0 0
t.
E O
e E
1 0
0 3
ESE O
O O
O O
O e
SE O
O O
O O
O O
SSE O
O O
O O
O O
~
S 0
0 0
0 0
0 0
SSH 0
O O
O O
O O
SM 0
0 O,
0 0
0 0
HSH 0
0 0
0 1
0 1
M 0
0 0
2 1
0 3
Ret 0
1 0
0 0
0 1
M4 0
0 1
7 1
0 9
i FNH 0
0 2
0 0
0 t
TDT.
0 4
5 12 3
0 24 0
HUtBER OF CAJf HOURS hut 2ER OF VARI 4t a DIRECTICMS -
0 P4 70TAL NUlmER OF Cb'ERVATIONS
=
I
Page 23 of 96 TABLE 2 JOINT FREQUENCY DISTRIBUTION OF WIND SPEED AND DIRECTION BY ATMOSPilERIC STABILITY CLASS BASED ON 35-FT WINDS AND f1T (250FT-35FT)
FOR DAVIS-BESSE APRIL 1, 1980 - JUNE 30, 1980 CONTINUOUS RET EASES Stability Class:
C Elevation:
35 Feet Delta T ( 250.0 -
35.0) Feet HIto SPEED (IFH)
MIPCs FROH 1-3 4-7 8-12 13 16 19-24 25+
TOTAL M
e 9
1 o
o o
lo teit o
9 e
o o
o 9
~
He o
a a
1 o
o s
tHe o
o a
5 e
o s
2 o
1 7
3 o
o 11 EsE o
o 2
o o
e' a
se o
o o
o o
e o
sse o
1 o
o o
o 1
s o
o o
o e
o o
ssH o
e a
E o
o 4
sN o
o E
3 1
o 4
MS.P o
o 2
5 1
o 8
N o
o o
s e
o 3
NHH e
o 1
4 o
e 5
NH 1
2 9
to e
o 22 tem o
a 8
o o
1 Tor.
1 as 34 sa e
o 105 o
NUllSER OF CAuf HCtm3 NUfmER CF VARIADLE DIRECTIONS -
o 105 70TAL ifJ12ER OF CDSERVATI0tts i
Page 24 of 96 TABLE 2 JOINT FRBQUENCY DISTRIBUTION OF WIND SPEED AND DIRECTION BY ATMOSPHERIC STABILITY CLASS BASED ON 35-PT WINDS AND AT (250FT-35FT)
FOR DAVIS-BESSE APRIL 1, 1980 - JUNE 30, 1980 CohT"3DoDS BET. EASES Stability Class:
D Elevation:
35 Feet Delta T ( 250.0 -
35.0) Feet MIND SPEED ttFH)
NINDS FR0ll 1-3 4-7 6-12 13-16 19-24 25+
TOTAf.
H 1
11 11 5
1 0
29 left 1
32 21 13 5
0 42 NE 3
to 34 ZZ 1
0 86 thT 3
51 36 9
4 3
108 E
2 48 45 14 1-0 112 ESE 3
29 22 2
0 0
54 SE 1
11 10 2
0 0
24 SSE E
12 4
5 4
2 33 S
7 7
12 5
0 0
31 SSN 1
13 13 9
0 0
34 SH 1
to 31 37 14 0
103 H5N 1
20 33 39 20 0
113 M
1 7
12 31 16 1
de leH 0
2 10 27 10 0
49 l#4 3
9 to 20 15 1
de HMH 0
5 9
14 1
0 29 TOT.
30 305 329 266 92 7
1029 0
nut! DER OF CALH HOURS HUtt3ER OF VARIACLE DIRECTICMS -
0 1029 TOTAL NUttBER OF OBSERVATICf6 E_
Page 25 of 96 TABLE 2 JOINT FREQUENCY DISTRIBUTION OF WIND SPEED AfD DIRECTION BY ATMOSPHERIC STABILITY CLASS BASED ON 35-Pr WINDS AND AT (250FT-35FT)
FOR DAVIS-BESSE APRIL 1, 1980 - JUNE 30, 1980 CONTINUOUS RELEASES Stability Class:
E Elevation:
35 Feet Delta T ( 250.0 -
35.0) Feet NIND SPEED (ItPHI MINDS Fact {
1-3 4-7 8-12 13-)6 19-24 25+
TOTAL H
E 4
4 1
0 0
11 MfE O
5 8
3 0
0 14 HE 1
9 7
0 0
0 17 ENE 2
14 11 1
1 8
39 E
1 40
- 24 4
0 0
49 ESE 1
to 9
0 0
0 30 11 5
15 9
2 0
0 31 SSE 4
21 8
11 0
0 44 S
13 14 14 0
0 L
43 SSH 5
19 23 5
0 0
52 SH 5
13 22 8
0 0
58 f
HSH 4
4 16-10 0
0 34 M
5 11 to 4
0 0
50 MNH 7
10 13 9
2 0
41 144 4
4 14 5
1 0
30 MHH 0
10 1
3 1
0 15 TOT.
43 227 til 48 E
8 582 0
NUltGER OF CAtti HCURS NUltDER OF VARIABLE DIRECTICitS -
0 582
, TOTAL NUttDER OF CDSERVATICitS O
Page 26 of 96 TABIE 2 JOINT FREQUENCY DISTRIBUTION OF WIND SPEED AND DIRECTION BY ATMOSPHERIC STABILITY CLASS BASED ON 35-FT WINDS AND AT (250FT-35FT)
FOR DAVIS-BESSE APRIL 1, 1980 - JUNE 30, 1980 CONTINUOUS RELEASES Stability Class:
F Elevation:
35 Feet Delta T ( 250.0 -
35.0) Feet
- I
- l HIfC SPEED (HPHI
-l MINDS FRolt 1-3 4-7 8-12 13-1$
19-24 25+
TOTAL M
'O 2
0 0
0 0
t
'i Dett 0
2 3
0 0
0.
5 NE O
2 2
2 0
0 4
ENE 2
3 1
0 0
0 4
E 2
4 t
0 0
0 10 ESE E
4 4
0 0
0 16 SE 3
4 1
0 0
0 10 SsE 2
10 4
0 0
0 14 S
12 10 0
0 0
0 30
'l ssH a
44 4
0 0
0 50 SH 1
25 11 0
0 0
37 MSN 2
4 10 2
0 0
20 N
3 14 5
1 0
0 25 Ntet 1
It 2
0 0
0 15 o
DDI e
3 0
0 1
0 4
i Il HHH 0
4 1
0 0
0 7
i TOT.
36 171 54 5
1 0
249 i
4 t
4 llfiBER OF CAtti HCURS O
t NUtfCER OF VARIACLE OIRECTICHS.
0 TOTAL NUIDER OF OBSERVATIONS 269 il l
Page 27 of 96 TABLE 2 JOINT FREQUENCY DISTRIBUTION OF WIND SPEED AND DIRECTION BY ATMOSPHERIC STABILITY CLASS BASED ON 35-FT WINDS AND AT (250FT-35FT)
FOR DAVIS-BESSE APRIL 1, 1980 - JUNE 30, 1980 CONTINUOUS RELFASES Stability Class:
G Elevation:
35 Feet Delta T ( 250.0 -
35.0) Feet HI!C SPEED (l!PH)
HINDS FROM 1-3 4-7 6-12 13-I8 19-24 156 TOTAL M
0 0
0 0
0 0
0 ME O
O O
O O
O O
NE O
O O
O O
O 9
EHE O
O O
O O
O O
E o
,1 0
0 0
0 1
ESE O
1 3
0 0
0 4
SE O
4 0
0 0
0 4
SSE 2
5 0
0 0
0 7
3 3
9 0
0 0
'O 12 SSH 0
9 0
0 0
0 9
SN 0
11 4
0 0
0 15 MSN O
10 3
0 0
0 13 N
1 1
1 0
0 0
3 MM 0
0 0
0 0
0 0
tot 0
0 0
0 0
0 0
HHH 0
0 0
0 0
0 0
TOT.
4 51 11 0
0 0
48 0
PRAIDER OF CALH HCtJ:!S NLR!LER OF VARIAtLE DIRECTICNS -
0 48 TOTAL ffJt! DER OF CSSERVATIOtG t-m
Page 28 of 96 TABLE 2 JOINT FREQUENCY DISTRIBUTION OF WIND SPEED AND DIRECTION BY ATMOSPHERIC STABILITY CLASS BASED ON 35-FT WINDS AND AT (250ET-35FT)
FOR DAVIS-BESSE APRIL 1, 1980 - JUNE 30, 1980 CONTINUOUS RELEASES Stability Class:
ALL Elevation:
35 Feet Delta T ( 250.0 -
35.0) Feet MIfC SPEED IMPH)
NI M FRoll 1-3 4-7 4-12 13-18 19-24 25*
TOTAL M
3 to 14 4
4*
O 54 tett 1
50 32 26 5
0 114 NE 4
41 45 25 1
0 114 EHE 7
70 50 17 5
11 140 E
5 96 80 24 1
0 204 ESE 4
58 44 2
0 e
110 f
SE 9
36 to 4
0 0
49 SSE 12 49 20 16 4
2 103 3
35 50 2d 5
0 0
114 SSW 14 89 42 14 0
0 141 70 48 15 0
219 SH 7
19 HSH 7
to 44 56 22 0
189 M
10 35 46 44 18 1
154 HNH 8
25 to 41 12 0
lit tot 10 18 44 45 19 1
137 9994 0
23 21 20 2
0 44 TOT.
138 787 446 395 105 15 2004 0
HulDER OF CALH HCL'RS NutSER OF VARIAELE DIRECTICtm -
0 2086 TOTAL iMt0ER OF CCSERVATICfG
Page 29 of 96 TABLE 2 JOINT FREQUENCY DISTRIBUTION OF WIND SPEED AND DIRECTION BY ATMOSPHERIC STABILITY CLASS BASED ON 35-PT WINDS AND AT (250FT-35FT)
FOR DAVIS-BESSE APRIL 1, 1980 - JUNE 30, 1980 CONTINUOUS RELEASES Observations with Missing Data 98 Total Observations for the Period are 2086 Percentage Occurrence of Stability Classes A
B C
D E
F G
0.430 1.150 5.030 49.33 27.90 12.90 3.260 P
O
. d
Page 30 of 96' TABLE 3 JOINT FREQUE.NCY ' DISTRIBUTION OF WIND SPEED AND DIRECTION BY ATMOSPHERIC STABILITY CLASS BASED ON 35-FT WINDS AND AT (250FT-35FT)
FOR DAVIS-BESSE JANUARY 1, 1980 - MARCH 31, 1980 BATCH REIEASES Stability Class:
A Elevation:
35 Feet.
Delta T ( 250.0 -
35.0) Feet MIND SPEED IHPil3 MItOS FROM 2-3 4-7 6-12 13-38 19-24 25+
TOTA 1.
H 0
0 0
0 0
0 0
HNE 0
0 0
0 0
0 0
NE O
O O
O O
O O
ENE
- 0 0
0 0
0 0
0 E
0 O
O O
O O
O ESE
'O 0
0 0
0 0
0 SE O
O O
O O
O O
SSE O
O O
O O
O O
3 0
0 0
0 0
0 0
SSH 0
0 0
0 0
0 0
SH 0
0 0
0 0
0 0
HSH 0
0 0
0 0
0 0
H 0
0 0
0 0
0 0
Hiet 0
0 0
0 0
0 0
904 0
0 0
0 0
0 0
NNH 0
0 0
0 0
0 0
TOT.
0 0
0 0
0 0
0 0
NutmER OF Calli HOURS HUtlDIR OF VARIACLE DIRECTIONS -
0 0
TOTAL lAJtIDER OF CDSERVATICitS
Page 31 of 96 TABLE 3 JOINT FREQUENCY DISTRIBUTION OF WIND SPEED AND DIRECTION BY. ATMOSPHERIC STABILITY CLASS BASED ON 35-Pr WINDS AND AT (250FT-35FT)
FOR DAVIS-BESSE JANUAhY 1, 1980 - MARCH 31, 1980 BATCH RELEASES Stability Class:
B Elevation:
35 Feet Delta T ( 250.0 -
35.0) Feet HItD $ PEED (HPH3 HItOS FRott 1-3 4-7 c.12 13-18, 19-24 25+
TOTAI.
H 0
0 0
0 "O
O O
i NME O
O O
O O
O O
0 0
0 0
HE O
O O
EHE 0
0 0
0 0
0 0
E O
O O
O O
O O
ESE O
O O
O O
O O
SE O
O O
O O
O O
SSE O
O O
O O
O O
3 0
0 0
0 0
0 0
SSH 0
O O
O O
0 0
SH 0
0 0
0 0
0 0
HSH 0
0 0
0 0
0 0
N O
O O
0 0
0 0
Hist 0
0 0
0 0
0 0
let 0
0 0
0 0
0 0
l 9094
'O O
O O
O O
O TOT.
0 0
0 0
0 0
0 O
HuttDIR OF CAlti llotfRS tutDER OF VARIADLE 01 RECTI 0tts -
0 0
j TOTAL IMt0ER OF ODSERVATI0ttS l
n
Page 32 of 96 TABLE 3 JOINT FREQUENCY DISTRIBUTION OF WIND SPEED AND DIRECTION BY ATMOSPHERIC STABILITY CLASS BASED ON 35-FT WINDS AND AT (250FT-35FT)
FOR DAVIS-BESSE JANUARY 1, 1980 - MARCH 31, 1980 LATCH RELEASES Stability Class:
C Elevation:
35 Feet Delta T ( 250.0 -
35.0) Feet I
HItc SPEED flP'{l I
HINDS FROH 1-3 4-7 6-12 13-18 19-24 25+
TOTAL
)
H 0
0-0 0
0 0
0 l
l HME o
0 0
0 0
0 0
0 0
0 0
IE O
O O
ENE O
O O
O O
O O
E O
O O
O O
O O
DE O
O O
O O
O O'
SE O
O O
O O
0 0
SSE O
O
- 0 0
0 0
0 S
0 0
0 0
0 0
0 SSH 0
0 0
0 0
0 0
0 SH 0
0 0
0 0
0 0
HSH e
0 0
0 0
0 0
N O
O O
O O
O O
HHH 0
0 0
0 0
0 O
let
,0 0
0 0
0 0
0 NHH 0
'O O
O O
O O
TOT.
0" 0
0 0
0 0
0 0
HUHi1[R OF CALH HOURS Nutt3tR or VARIADLE DIRECTIoriS -
0 0
TOTAL tott3ER OF ODbERVATIO !S l
l l
l
Page 33 of 96 TABLE 3 JOINT FREQUENCY DISTRIBUTION OF WIND SPEED AND DIRECTION BY ATMOSPHERIC STABILITY CLASS BASED ON 35-FT WINDS AND AT (250 FT-35FT)
FOR DAVIS-BESSE JANUARY 1, 1980 - MARCH 31, 1980 BATCH RELEASES Stability Class:
D Elevation:
35 Feet Delta T ( 25 0,. O -
35.0) Feet HIND SPEED (HPH)
MitOS FRCH 1-3 4-7 8 12 13 18 19 24 25+
TOTAL H
e 1
0 0
0 0
1 NE O
O O
O O
O O
HE O
O O
4 0
0 4
EHE O
O 4
4 0
0 10 E
O O
O 1
0 0
1 ESE 0
0 2
0 0
0 2
- E O
O 5
0 0
0 5
SSE C
0 1
0 0
0 1
5 0
0 0
0 0
0 0
SSN O
O O
O O
O O
SH 0
0 0
0 0
0 0
MSH 0
0 0
0 0
2 2
H 0
0 1
0 0
0 1
MN 0
1 0
0 0
0 1
HH 0
2 0
4 0
0 4
NHH 0
4 0
0 0
0 4
TOT.
0 8
13 15 0
2 36 0
NLASER OF CALH HOURS NJtDER OF VARIADLE DIRECTI0ftS -
0 38 TOTAL KJtSER CF C35tRVATIC;ts
Page 34 of 96 TABLE 3 JOINT FREQUENCY DISTRIBUTION OF WIND SPEED AND DIRECTION BY ATMOSPHERIC STABILITY CLAF'i BASED ON 35-PT WINDS AND AT (250Pr-35FT)
FOR DAVIS-BESSE JANUARY 1, 1980 - MARCH 31, 1980 BATCH RE., EASES Stability Class:
E t
Elevation:
35 Feet Delta T ( 250.0 -
35.0) Feet HIPO SPEED tItPHI FRoll 1-3 4-7 8-12 13-18 19-24 25+
TOTAL MItOS H
0 0
0 0
0 0
0 90tt 0
0 0
0 0
0 0
ttt 0
0 0
0 0-0 0
ENE O
O O
O O
O O
E O
0 0
0 0
0 0
ESE O
O 1
0 C
0 1
SE O
1 1
0 0
0 t
SSE 1
1 1
0 0
0 3
3 1
0 0
0 0
0 1
SSH O
O O
O O
O O
SH 0
0 0
0 0
0 0
H5H 0
1 0
0 0
0 1
H 1
2 0
0 0
0 3
t##4 0
0 0
0 0
0 0
MH 0
0 0
0 0
0 0
HMH 0
0 0
0 0
0 0
TOT.
3 5
3 0
0 0
11 i
0 IAAeER OF CALH HOF?S 0
hut"JER OF VARIADLE CIRECTIO*tS -
11 TOTAL NU!SER Of 005ERVATIor15
l Page 35 of 96 TABLE 3 JOINT FREQUENCY DISTRIBUTION OF WIND SPEED AND DIRECTION BY ATMOSPHERIC STABILITY CLASS BASED ON 35-PP WINDS AND AT (250FT-35FT)
FOR DAVIS-BESSE JANUARY 1, 1980 - MARCH 31, 1980 BATCH RELEASES Stability Class:
F Elevation:
35 Feet Delta T ( 250.0 -
35.0) Feet MIND SPEED (HPHI HIPCS FROH 1-3 47 6-12 13 18 19-24 25+
TOTAL M
0 0
0 0
0 0
0 tote O
O O
O O
O e
ME O
O O
O O
O O
EfM:
0 0
0 0
0 0
0-E O
O O
O O
O O
ESE O
O O
O O
O O
SE O
O O
O O
O O
SSE O
1 0
0 0
0 1
S 0
1 0
0 0
0 1
SSH 0
0 0
0 0
0 0
SH 0
0 0
0 0
0 0
H5H 0
0 0
0 0
0 0
M 0
0 0
0 0
0 0
Ret 0
0 0
0 0
0 0
904 0
0 0
0 0
0 0
MM 0
0-0 0
0 0
0 TOT.
0 2
0 0
0 0
2 0
NuttSER OF CAuf HOURS N'.!!:3ER OF VA9I AO.LE DIRECTIC G -
0 2
1 TOTAL tWDER OF CSSERVATICtG e
4
_g
Page 36 of 96 TABLE 3 JOINT FREQUENCY DISTRIBUTION OF WIND SPEED AND DIRECTION BY ATMOSPHERIC STABILITY CLASS BASED ON 35-FT WINDS AND AT (250FT-35FT)
FOR DAVIS-BESSE JANUARY 1, 1980 - MARCH 31, 1980 BATCH RELEASES Stability Class:
G Elevation:
35 Feet Delta T ( 250.0 -
35.0) Feet HIND SPEED titPHI HItc5 FROH 1-3 4-7 0-12 13-16 19-24 254 TOTAL H
0 0
0 0
'O O
e tete O
O 0
0 0
0 0
0 0
0' O
O O
O HE EFE O
O O
O O
O O
E O
O
'O O
O O
O ESE O
O O
O O
O O
SE O
O O
O O
O O
SSE O
O O
O O
O O
3 0
0 0
0 0
0 0
SSH 0
0 0
0 0
0 0
SH 0
0 0
0 0
0 0
HSH 0
0 0
0 0
0 0
H 0
0 0
0 0
0 0
HNH 0
0 0
0 0
0 0
HH 0
0 0
0 0
0 0
t004 0
0 0
0 0
0 0
TDT.
0 0
0 0
0 0
0 0
HUtr)ER OF CAllifl0URS
_ HUttutR OF VARI ADLE DIRECT 10tG -
0 0
TOTAL HUlt0ER OF CDSERVATI0tts i
k.
i Page 37 of 96 TABLE 3 JOINT FREQUENCY DISTRIBUTION OF WIND SPEED AND DIRECTION BY ATMOSPHERIC STABILITY CLASS BASED ON 35-PT WINDS AND AT (250FT-35FT)
FOR DAVIS-BESSE JANUARY 1, 1980 - MARCH 31, 1980 BATCH RELEASES Stability Class:
ALL Elevation:
35 Feet Delta T ( 250.0 -
35.0) Feet MIto SPEE0 (tIPH1 HINDS FRCH 13 4-7 6-12 13-18 19-24 25+
TOTAL M
0 1
0 0
0 0
1 NHE O
O O
O O
O O
NE O
O O
4 0
0 4
EHE 0
0 4
6 0
0 10 E
O 0
0 1
0 0
1 NE 0
0 3
0 0
0 3
SE O
1 4
0 0
0 7
SSE 1
2 2
0 0
0 5
S 1
1 0
0 0
0 2
'45 0
0 0
0 0
0 0
SH 0
0 0
0 0
0 0
MSH 0
1 0
0 0
2 3
'H 1
2 1
0 0
0 4
M01 0
1 0
0 0
0 1
t04 0
2 0
4 0
0 4
70 04 0
4 0
0 0
0 4
TOT.
3 15 le 1 11 0
2 51 HLAeER OF CAllt Het/RS 0
ICfDER OF VATIACLE DI&f CTICtt*,.
O 51 TOTAL NJ12ER CF CSSERVA TICtG 1
L
Page 38 of 96 TABLE 3 JOINT FREQUENCY DISTRIBUTION OF WIND SPEED AND DIRECTION BY ATMOSE CRIC STABILITY CLASS BASED ON 35-PP WINDS AND AT (250FT-35FT)
FOR DAVIS-BESSE JANUARY 1, 1980 - MARCH 31, 1980 BATCH RELEASES Observations with Missing Data 0
Total Observations for the Period are 51 Percentage Occurrence of Stability Classes A
B C
D E
F G
0.000 0.000 0.000 74.510 21.570 3.920 0.000 n.
~
,+
'. )n.,
y Page 39 of 96 TABLE 4 JOINT FREQUENCY DISTRIBUTION OF WIND SPEED AND DIRECTION BY ATMOSPHERI' STABILITY CLASS BASED ON 35-FT WINDS AND AT (250FT-35FT)
FOR DAVIS-BESSE APRIL 1, 1980 - JUNE 30, 1980 BATCH RETRASES Stability Class:
A Elevation:
35 Feet Delta T ( 250.0 -
35.0) Feet Nite SPEED (HPH)
NDeS FROH 1-3 4-7 6-12 12-18 19-24 25+
TOTAL M
0 0
0 0
0 0
0 tele O
1 0
0 0
0 1
NE O
O O
O O
O O
EHE O
O O
O 0
0 0
E O
O O
O O
O O
.ESE O
O O
O O
O O
SE 0.
0 0
0 0
0 0
SSE O
O O
O O
O 8
8 0
0 0
0 0
0 0
SSH 0
0 0
0 0
0 0
SH 0
0 0
0 0
0 0
HSH 0
0 0
0 0
0 0
N 0
0 0
1 1
0
't IOM 0
0 0
1 0
0 1
fot 0
0 0
2 1
0 3
teH 0
0 0
1 0
0 1
TOT.
~0 1
0 5
2 0
8 0
NL.RBER OF CALH HOURS IM SER OF VARIABLE DIRECTIDMS -
0 6
TOTAL iM BER OF OBSERVATIONS I
I I
I
Page 40 of 96 TABLE 4 JOINT FREQUENCY ~ DISTRIBUTION OF WIND SPEED AND DIRECTION BY ATMOSPHERIC STABILITY CLASS BASED ON 35-FT WINDS AND AT (250FT-35FT)
FOR DAVIS-BESSE APRIL 1, 1980 - JUNE 30, 1980 BATCH RELEASES Stability Class:
B Elevation:
35 Feet Delta T ' ( 250.0 -
35.0) Feet MIND SPEED (HPH) i HItCS FROH 1-3 4-7 6-12 13-18 19-24 25+
TOTAL H
8 1
0 0
0 0
1 ME O
1 0
0 0
0 1
NE O
O O
O O
O O
ENE O
O O
E O
O E
E O
O 2
1 0
0 3
ESE O
O O
O O
O O
SE O
O O
O O
0 0
SSE O
O O
O O
O O
S 0
J 0
0 0
0 0
SSN 0
0 0
0 0
0 0
SN 0
0 0
0 0
0 0
i HSH 0
0 0
0 1
0 1
M 0
0 0
2 1
0 3
Met 0
1 0
0 0
0 1
HH 0
0 0
4 1
0 7
HNH 0
0 1
0 0
0 1
TOT.
0 3
3 11 3
0 to O
hut 2ER OF CALH HOUQS huSER OF VARIACLE DIRECTIO!!S -
0 20 TOTAL nut 2ER OF 0352RVATIOt4S 9
~. -
Page 41 of 96 TABLE 4 JOINT FREQUENCY DISTRIBUTION OF WIND SPEED AND DIRECTION BY ATMOSPHERIC STABILITY CLASS BASED ON 35-FT WINDS AND AT (250FT-35FT)
FOR DAVIS-BESSE APRIL 1, 1980-- JUNE 30, 1980 BATCH PET %SES Stability Class:
C Elevation:
35 Feet Delta T ( 250.0 -
35.0) Feet a
HIND SPEED (tPHI MMS FROH 1-3 4-7 8-12 13-18 19-24 25+
TOTAL M
0 7
0 0
0 0
7 HNE O
4 0
0 0
0 4
HE O
O E
1 0
0 3
ENE O
O O
5 0
0 5
E O
O 4
.3 0
0 9
ESE O
O 2
0 0
0 t
SE O
O O
O O
O O
SSE O
O O
O O
O O
S 0
0 0
0 0
0 0
SSN 0
1 1
2 0
0 4
SH 0
0 0
2 1
0 3
MSN 0
0 2
1 0
0 3
N 0
0 0
2 0
0 t
MrM 0
0 1
0 0
0 1
t08 1
2 4
3 0
0 10 1
ftM 0
2 4
2 0
0 8
TOT.
1 le 22 21 1
0 di 0
M.1HDER OF CALH HCURS NLASER O' VARIABLE DIRECTIONS -
0 41 TOTAL lAABER OF CBSERVATI0ftS e-
---n---
, ~ >, -
.-r
-w
-.s e
r
-a
Page 42 of 96 TABLE 4 JOINT FREQUENCY DISTRIBUTION OF WIND SPEED AND DIRECTION BY ATMOSPHERIC STABILITY CLASS BASED ON 35-FT WINDS AND AT (250FT-35FT)
FOR DAVIS-BESSE APRIL 1, 1980 - JUNE 30, 1980 BATCH RELEASES Stability' Class:
D Elevation:
35 Feet Delta T ( 250.0 -
35.0) Feet H1te SPEED (HPH) mites
-FROH 1-3 4-7 8-12 13-18 19-24 25+
TOTAL M
1 8
10 2
1 0
Et tete 1
28 13 12 4
0 54
.1 to 24 19 1
0 65 HE EME 2
39 27 9
4 3
84 E
E 34 33 12 1
0 42 ESE E
19 17 2
0 0
to SE O
4 10 2
0 0
to SSE 2
3 7
1 0
0 13
'l 3
3 1
3 1
0 0
8 SSN 1
5 7
6 0
0 19
)
SM 0
5 5
23 14 0
47 MSN 0
8 15 16 13 0
52 M
1 4
8 21 7
0 41 Dett 0
2 4
15 3
0 24 NH 3
7 11 12 10 0
43 ttH 0
4 9
9 0
0 22 TOT.
19 195 203 162 58 3
640 0
NLRIBER OF CALH HOURS HuttBER OF VARIABLE DIRECTIONS -
0 640 TOTAL IM OER OF OSSERVATICH3 i
i
)
Page 43 of 96 TABLE 4 JOINT FREQUEhCY DISTRIBUTION OF WIND SPEED AND DIRECTION BY ATMOSPHERIC STABILITY CLASS BASED ON 35-PT WINDS AND AT (250PI-35FT)
FOR DAVIS-BESSE APRIL 1, 1980 - JUNE 30, 1980 BATCfl RELEASES Stability Class:
E Elevation:
35 Feet Delta T ( 250.0 -
35.0) Feet MIPC SPEED (HPH)
MDSS FROH 1-3 4-7 8-12 13-18 19-24 25+
TDTAL M
E 1
4 1
0 0
0 90(E O
E 3
2 0
0 7
ME O
4 7
0 0
0 13 ENE O
10 4
0 0
3 19 E
1 27 13 2
0 0
43 ESE 1
9 4
0 0
0 14 SE t
9 9
2 0
0 22 4
SSE 5
10 4
5 0
0 to S
4 4
9 0
0 0
19 SSH 3
10 18 5
0 0
34 SH 2
9 17 7
0 0
35 NSH 2
4 13 4
0 0
25 N
4 4
11 4
0 0
25 9004 7
3 9
7 2
0 to 10(
5 3
11 3
1 0
23 9004 0
9 1
0 0
0 10 TOT.
38 124-143 44 3
3 355 0
TRAGER OF CALH HCURS hut!BER OF VARIACLE DIRECTIONS -
0 I
335 TOTAL ffJtGER OF CBSERVATIONS A
Page 44 of 96 TABLE 4 JOINT FREQUENCY DISTRIBUTION OF WIND SPEED AND DIRECTION BY ATMOSPHERIC STABILITY CLASS BASED ON 35-PP WINDS AND AT (250FT-35FT)
FOR DAVIS-BESSE APRIL 1, 1980 - JUNE 30, 1980 BAE d RELEASES Stability Class:
F Elevation:
35 Feet Delta T ( 250.0 -
35.0) Feet Mnc SPEED (HPH)
FROM 1-3 4-7 6-12 13-18 19-24 25+
TOTAL unes N
0 2
0 0'
O O
E HNE O
2 2
0 0
0 4
nr 0
z e
z o
0 4
1 Enr 0
0 0
0 0
0 0
t 0
2 1
0 0
0 3
ESE 1
7 5
0 0
0 13 SE 2
4 1
0 0
0 7
1 SSE 1
3 0
0 0
0 4
S
.3 7
0 0
0 C
10 SSH 4
24 4
0 0
0 32 SM 0
14 8
0 0
0 22 il M5M 1
3 8
2 0
0 14 M
2 8
4 1
0 0
15 Hiet 1
7 2
0 0
0 10 NH 0
3 0
0 1
0 4
NHH 0
4 1
0 0
0 7
TOT.
15 94 38 5
1 0
153 0
NUttBER CF CALH HOURS HuttDER OF VARIACLE DIRECTICMS -
0 153 TCTAL NUtOER OF CSSERVATIONS i
a Page 45 of 96 TABLE 4 JOINT FREQUENCY DISTRIBUTION OF WIND SPEED AND DIRECTION BY ATMOSPHERIC STABILITY CLASS BASED ON 35-PP WINDS AND OT (250FT-35FT)
FOR DAVIS-BESSE APRIL 1, 1980 - JUNE 30, 1980 BATCH PETEASES Stability Class:
G Elevation:
35 Feet ~
Delta T ( 250.0 -
35.0) Feet HItB SPEED UPN)
HIPCS FROH 13 4-7 6-12 13-10 19-24 15+
TOTAL M
0 0
0 0
0 0
0 HNE O
O O
O O
O O
HE O
O O
O O
O O
ENE O
O O
O O
O O
E O
O O
O O
O O
ESE O
1 0
0 0
0 1
SE O
2 0
0 0
0 E
$$E 1
1 0
0 0
0 E
S 3
2 0
0 0
0 5
SSN O
4 0
0 0
0 4
SH 0
10 0
0 0
0 10 MSN O
4 3
0 0
0 9
H 0
0 1
0 0
0 1
HHH 0
0 0
0 0
0 0
let 0
0 0
0 0
0 C
7944 0
0 0
0 0
0 0
TOT.
4 26 4
0 0
0 34 0
PU BER OF CALH HOURS HU:0ER OF VARIASLE DIRECTIONS -
0 34 TOTAL PO SER OF CDSERVATICHS
~
Page 46 of 96 j
s TABLE 4 JOINT FREQUENCY DISTRIBUTION OF WIND SPEED AND DIRECTION BY ATMOSPBERIC STA3ILITY CLASS BASED ON 35>M WINDS AND AT (250FT-35FT)
FOR DAVIS-BESSE APRIL 1, 1980 - JUNE 30, 1980 BA'ICH RELEASES Stability Class:
ALL Elevation:
35 Feet Delta T ( 250.0 -
35.0) Feet
)
1 MIND SPEED (HPH)
HZHOS PRCH 1-3 4-7 6-12 13-18 19-24 25+
TOTAL H
3 19 14 3
1 0
40 704E 1
38 18 14 4
0 T5 HE 1
28 35 22 1
0 87 ENE 2
49 33 16 4
4 110 E
3 43 55 18 1
0 140 ESE 4
34 30 2
0 0
72 SE 4
23 20 4
0 0
51 SSE 9
17 13 4
0 J
45 S
13 14 12 1
0 0
42 SSM 8
44 30 13 0
0 95 SH 2
38-30 32 15 0
117 HSH 3
21 41 25 14 0
104 H
7 18 24 31 9
0 89 HNH 8
13 14 23 5
0 45 t04 9
15 26 26 14 0
90 Ht01 0
21 16 12 0
0 49 TOT.
77 459 413 2848 68 6
1271 0
fG EER OF CALH HOURS HU:QER OF VARIABLE DIRECTIONS -
0 1271 TOTAL NUtBER OF CBSERVATICMS i
t
Page 47 of 96 TABLE 4 JOINT FREQUENCY DISTRIBUTION OF WIND SPEED AND DIRECTION BY ATMOSPHERIC STABILITY. CLASS BASED ON 35-Ff WINDS AND AT (250FT-35FT)
FOR DAVIS-BESSE APRIL 1, 19ts0 - JUNE 30, 1980 BATCH RET.EASI:.S Observations with Missing Data 79 Y
Total Observations for the Period are 1271 Percentage Occurence of Stability Classes A
B C
D E
F G
0.630 1.570 4.800 50.35 27.93 12.04 2.680 1
.y t__..
Page 48 of 96 TABLE 5 HOURLY METEOROLOGICAL DATA DURING BATCH RELEASES DAVIS -BESSE JANUARY 1, 1980-JUNE 30, 1980 Date 35-ft Wind Speed 35-f t Wind aT 250 ft-35 ft YR MN DY Hour (moh)
Direction (OF) 80 12 15 8.4 269
-0.9 80 17 6
28.9 253
-1. 2 80 17 7
33.3 255
-1.1 80 1 9' 11 5.6 353
-1.3 80 19 12 6.6 332
-1.4 80 19 13 6.4 331
-1.6 80 19 14 5.3 317
-1.5 80 19 15 6.3 339
-1.6 80 19 16 5.0 331
-1.4 80 19 17 6.3 325
-1.1 80 19 18 7.0 290
-0.6 80 19 19 4.5 280
-0.2 80 19 20 4.8 247 0.2 80 19 21 5.9 267
-0.3 80 1
9 22 3.1 266 0.2 80 1
9 23 2.6 188 1.1 80 1
9 24 2.6 156 1.0 80 1 10 1
4.2 173 2.7 80 1 10 2
5.1 154 2.1 80 1 10 3
7.7 153
-0.2 80 1 10 4
6.2 154
-0.1 80 1 10 5
5.7 137 0.0 80 1 10 6
9.8 129
-0.7 80 1 10 7
8.6 129
-0.7 80 1 10 8
8.3 129
-0.5 80 1 10 9
9.2 132
-0.8 80 1 10 10 10.3 136
-1.0 80 1 10 11 9.0 147
~1.1 80 1 10 12 8.6 139
-1.2 80 1 10 13 9.9 118
-1.2 80 1 10 14 8.7 111
-1.2 b0 1 10 15 9.1 113
-0.5
.80 21 12 17.3 311
-1.5 80 21 13 16.2 314
-1.5 80 21 14 15.7 318
-1.5 80 21 15 14.9 317
-1.4 80 26 3
12.6 79
-0.8 80 26 4
13.3 78
-0.8 80 26 5
12.7 73
-0.7 80 26 6
10.5 69
-0.6 80 2.6 7
12.0 67
-0.7 80 26 8
12.6 65
-0.9 l
L
Page 49 of 96 Date 35-ft Wind Speed 35-ft Wind oT 250 ft-35 ft i.
'YR MN-DY Hour (moh)
Direction _
(DF) 80 26 9
13.2 66
-0.9 80 26 10 14.5 65
-1.0 80 26 11 12.5 67
-1.1 80
~2 6 12
.12.4 59
-1.1 80 26 13 14.5 48
-1.2 80 26 14 15.0 43
-1.3 80 26 15 15.7 50
-1.3 80 26 16 13.5 53
-1.5 80 26 17 11.8 56
-1.1 80 4
9 10 10.7 195
-1.0 80 4
9 11 12.0 196
-1.2 80 4
9 12 14.6 201
-1.2 80 4
9 13 16.9 202
-1.1 60 4
9 14 12.2 208
-1.1 80 4
9 15 20.6 215
-1.2 80 4
9 16 18.9 219
-1.1 80 4
9 17 17.5 229
-1.0 90 4
9 18 18.0 233
-1.4 80 4
9.19 19.1 224
-1.9 80 4
9 20 14.2 213
-1.9 80 4
9 21 14.0 220
-1.7 80 4
9 22 14.7 223
-1.8 80 4
')
23 15.1 233
-1.8 l
80 4
9 24 14.3 226
-1.6 80 4
10 1
13.0 224
-1.4 80 4
10 2
13.1 223
-1.0 80 4
10 23 13.3 251
-0.9 80 4
10 24 12.0 256
-0.9 80 4
11 1
8.9 257
-0.8 i
80 4
11 2
8.9 260
-0.8 80 4
11 3
7.3 244
-0.8 80 4
11 4
7.5 252
-0.8 80 4
11 5
6.6 249
-0.8 80 4
11 6
4.2 219
-0.7 80 4
11 7
5.7 217
-0.7 80 4
11 8
8.5 236
-0.9 80 4
11 9
8.7 237
-1.1 80 4
11 10 10.4 240
-1.2 80 4
11 11 10.1 244
-1.5 80 4
11 18 10.1 77 0.8 80 4
11 19 9.8 83 0.8 60 4
11 20 11.3 82
-0.2 80
.4 11 21 9.8.
99
-0.8 80 4,. 11 22 9.3 101
-0.6 80 4
11 23 8.3 105 1.0 80 4
11 24 9.0 116 3.9 t
I L
A
-w Page 50 of 96 Date 35-ft Wind Speed 35-ft Wind AT 250 ft-35 ft YR MN DY Hour (mph)
Direction (OF) 80 4
12 1
7.8 122 3.2 80 4
12 2.
9.0 154 1.5 80 4
12 3
9.3 158 0.4 80 4
12 4
11.1 170 0.3 80- 4 12 5
8.6 174 0.5 80 4
12 6
8.0 188 0.3 80 4
12 7
10.5 207
-0.5 80 4
12 8
11.0 2 19
-0.4 80 4
12 9
11.2 233
-0.3 80 4
12 10 15.3 239
-0.4 80 4
12 11 14.8 249
-0.6 80 4
12 12 18.4 267
-1.0 80 4
12 13 22.0 290
-1.2 80 4
12 14 17.0 281
-1.8 80 4
12 15 16.2 285
-1.3 80 4
12 16 16.7 292
-1.3 80 4
12 17 16.6 288
-1.2 80 4
12 18 17.7 278
-1.1 80. 4 12 19 17.3 276
-1.0 80 4
12 20 16.4 286
-0.5 80 4
12 21 12.0 277
-0.5 80 4
12 22 16.1 290
-0.7 80 4
12 23 16.7 284
-0.4 80 4
12 24 17.0 290
-0.5 80 4
13 1
16.2 310
-0.5 80 4
13 2
13.0 309
-0.4 80 4
13 3
7.5 266 0.8 80 4
13 4
7.1 248 0.4 80 4
13-5 8.0 242 0.5 80 4
13 6
7.6 232 0.6 80 4
13 7
9.7 251
-0.4 80 4
13 8
8.4 258
-0.9 80 4
13 9
8.0 297
-1.2 80 4
13 10 8.3 332
-i.5 80 4
13 11 7.8 1
-1.4 80 4
13 12 7.9 20
-1.6 80 4
13 13 7.9 19
-1.6 80 4
13 14 7.4 60
-1.2 80 4
13 15 7.2 94
-1.6 80 4
13 16 8.2 100
-T.6 80 4
13 17 11.8 103
-1.6 80 4
13 18 11.0 98
-1.3 80 4
13 19 12.3 88
-1.3
?
80 4
13 20 15.9 74
-1.3 l;
80 4
13 21 16.5 83
-1.4 i
80 4
13 22 22.1 77
-1.4 0
Page 51 of 96 Date 35-ft' Wind Speed 35-ft Wind oT 250 ft'-35 ft YR MN DY Hour (mph)
Direction (OF) 80 4
13 ~ 23 21.4 69
-1.2 80 4
13' 24 21.9 64
-1.1 80 4
14 1
21.0 66
-1 1 80 4
14 2-25.0 72
-1.1 80 4
14 3
28.0 68
-0.9 80 4
14 4
31.0 70
-0.7 80 4
14 5
28.2 68
-0.4 80 4
14 6
31.5 71
-0.1 80 4
14 7
31.5 72
-0.1 80 4
14 19 19.6 227
-0.8 80- 4 14-20 22.2 230
-0.7 80 4
14 21 20.2 220
-0.8 80 4
- 14. 22 17.9 227
-0.9 80 4
14-23 17.6 225
-0.9 80 4
14 24 17.2 221
-0.9 80 4
15 1
20.0 218
-0.9 80 4
15 2
19.8 215
-1.0 i
80 4
15 3
16.9 216
-0.9 80 4 -15 4
16.7 217
-0.9 80 4
15 5
18.4 216
-1.0 80 4
15 6
19.5 218
-1.0 80 4
15 7
19.5 222
-1.0 80 4
15 8
18.9 220
-0.9 80 4
15 9
16.0 221
-0.6 80 4
15 10 17.9 226
-0.8 80 4
15 11 21.3 235
-0.8 80 4
15 12 21.9 245
-0.9 80 4
15 13 18.2 249
-1.0 80 4
15 14 16.5-272
-0.9 80 4
15 15 17.0 273
-1.0 80 4
15 16 18.6 273
-0.9 80 4
15 17 20.5 282
-0.9 80 4
15 18 20.4 283
-0.9 80 4
15 19 18.2 278
-0.9 80 4
15 20 17.9 292
-0.7 80 4
15 21 16.0 300
-0.7 80 4
15 22 16.6 303
-0.7 80 4
$5 23 21.8 319
-0.6 80 4
15 24 20.1 324
-0.6 80 4
16 1
19.8 323
-0.6 80
'4 16 2
18.7 319
-0.7 80 4
16 3'
18.6 323
-0.9 80 4
16 4
17.3 313
-0.9 80 4
16 5
17.5 316
-0.9 80 4
16 6
17.2 329
-0.7 80- 4 16 7
15.7 332
-1.0 l
....--.-.e.,-
r-.---y
--e
Page 52 of 96 Date-35-ft Wind Speed 35-ft Wind AT 250 ft-35 ft YR MN DY Hour (mph)
Direction
(* F) 80 4
16 8
16.3
-341
-1.4 80 4
16
'9 13.8 337
-1.6
.80 4-16 10 11.4 333
-1.8 80 4
16 11 12.7 333
-1.9 80 4
16
.12 11.2 336
-1.9 80 4-16 13 10.0 333
-1.8 80 4
18 21 6.9 121 3.4 80 4
18 22 6.5
.138 2.8 80 4
18 23 4.1 144 3.0 80 4
18 24
.2.2 107 3.7 80 4.
19
-1 1.8 162 3.8 80 4
19 2
1.9 141 3.3 80 4
19 3
2.6 140 3.2 80 4
19 4
3.4 166 5.0 80 4 -19 5
4.3 195 7.2 80 4
19 6
6.1 225 7.9 80 4
19 7
6.7
'239 7.9 80 4
19 8
6.2 244 b.0 80 4
19-9 6.8 243 1.2
-80 4
19 10 7.3 242
-1.2 l
80 4
19 11 7.8 252
-1.5 80 4
19 12 12.0 256
-1.7 80 4
19 13 14.0 251
-1.8 80 4
19 14
.14.1 239
-1.7 80 4
19 15 15.4 239
-1.5 80 4
19 20 7.4 234 2.0 80 4
19 21 5.0 222 3.3 80 4
19 22 5.3 224 3. 'o 80 4
19 23 6.3 228 3.3
'80 4.19 24 6.0-215 4.0 80 4
20 1
7.3 213 4.4 80 4
20 2
7.8 219 3.9 80 4
20 3
8.4 227 3.6 80 4'
20 4
9.5 233 2.4 80 4
20 5
9.5 236 1.5 ts0 4
20 6
9 '. 7 255 0.7 80- 4 20 7-9.0 253 0.2 80 4
20 8
8.0 24L
-0.5 80 4
20 9
11.1 259
-1.2 80 4-20 10 9.4 277
-1.4 80 4-20 11 7.6 330
-1.7 80 4
20 12 7.7 1
-1.3 80 4
20-13 7.8 30
-0.9 80 4
20 14 8.7 69
-1.3 80 4
20.15 10.8 83
-0.9 80- 4 ~73 16 10.?
94
-0.5 l
e i
f
Page 53 of 96 Date 35-ft Wind Speed 35-ft Wind AT 250 f t-35 f t YR MN DY 11our (moh)
Direction (OF) 80 4
20~17 11.8 88
-0.2 80 4
20 18 11.3 90 0.3 80 4
20'19 13.4 88 0.1 80 4.20 20 10.3 89 0.3 80 4
20 21 6.7 80 1.3 80 4
20 22 6.0 72 0.3 80 4
20 23 6.5 63 1.5 80 4
20 24 7.4 56 0.5 80 4
21 1
7.5 58
-0.1 80 4
21 2
7.0 58
-0.2 80 4
21 3
5.7 58
-0.6 80 4
21 4
6.9 45
-0.8 80 4
21 5
6.2 27
-0.7 80 4-21 6
5.6 28
-0.6 80 4
21 7
5.0 20
-0.9 80 4
21 8
6.3 37
-0.9 80 4
21 9
5.8 54
-0.7 80 4
21 10 4.1 31
-1.0 80 4
21 11 4.6 28
-1.3 80 4
21 12 3.8 36
-1.1 80 4
21 13 4.1 12
-0.7 80 4
21 14 5.4 38
-1.1 80 4
21 15 7.3 65
-0.9 80 4
21 16 6.5 64
-0.7 80 4
21 17 4.7 88
-0.8 80 4
21 18 4.2 127
-0.9 80 4
21 19 4.9 153
-0.9 80 4
21 20 3.0 170 1.0 80 4
22 5
7.0 204 4.1 80 4
22 6
7.5 203 4.1 80 4
22 7
8.8 202 1.8 80 4
22 8
8.2 205 0.0 80 4
22 9
11.4 216
-1.1 l
80 4
22 10 13.7 212
-1.5 80.4 22 11 19.0 221
-1.6 80 4
22 12 22.0 234
-1.4 80 4
22 13 21.1 240
-1.4 80 4
22 14 18.4 251
-1.5 80 4
22 15 18.7 254
-1.4 80 4
22 16 17.9 257
-1.3 80 4
22 17 17.9 268
-1.1 80 4
22 18 14.3 261
-0.4 80 4
22 19 11.3 252 0.6 80 4
22 20 8.6 243 2.8 80 4
22 21 7.3 227 2.9 80 4
22 22 7.5 219 2.7 e s
,n-v v
Page 54 ot 96 Date 35-ft Wind Speed 35-f t Wind aT 250 ft-35 ft YR MN DY Hour (mph)
Direction (OF) 80 4
22 23 9.5 225 1.8 80 4
22 24 15.6 244 1.2 80 4
23
.1 17.0 244 1.0 80 4
23 2
13.t 250 0.9 80 4
23 3
12.0 257 1.1 80 4
23 4
10.3 303 2.2 80 4-23 5
10.7 338
-0.7 80 4
23 6
12.1 326
-0.6 80- 4 23 7
14.4 334
-0.8 80 4
23 8
17.6 341
-1.3 80 4
23 9
19.0 350
-1.5 80 4
23 10 14.4 353
-1.7 80 4
23 11 13.3 339
-2.0 80 4
23 12 15.0 326
-2.3 80 4
23 13 11.9 331
-2.2 80 4
23 14 8.4
' 354
-1.7 80 4
23 15 6.2 13
-1.7 80 4
23 16 5.2 16
-1.9 80 4
23 17 4.9 34
-1.2 80 4
23 18 5.9 18
-1.3 80 4
23 19 5.1 20
-1.3 80 4
23 20 5.6 107
-0.7 80 4
23 21 8 '. 4 103
-0.8 80 4
23 22 11.3 100
-0.9 80 4
23 23 12.5 87
-1.1 80 4
23 24 15.2 66
-1.2 80 4
24 1
15.0 59
-1.1 80 4
24 2
13.4 75
-1.1 80 4
24 3
15.0 95
-1.2 80 4
24 4
15.7 116
-1.2 80 4
24 5
11.4 132
-1.0-80 4
24-6 12.7 124
-1.1 80 4
24 7
11.6 128
-1.2 80 ~ 4 24 8
11.6 110
-1.5
.80 h
24 9
11.6 84
-1.8 80 4
24 10 12.9 81
-1.9 80 4-24 11 15.8 80
-2.0 80 4
24 12 15.2 84
-2.2 77
-2.0 80 4
24 13 14.2
^
79
-2.0 80 4
24 14 15.0 80 4
24 15 15.5 70
-1.8 80 4
24 16 10.5 60
-1.4 80 4
24 17 8.9 87
-1.3 80 4
24 18-8.7 96
-1.1 80 4-24 19 6.5 39
-1.1 80 4
24 20 6.8 325
-0.9 O
Page 55 of 96 Date 35-ft Wind Speed 35-ft Wind aT 250 ft-35 ft YR MN DY Nour (moh)
Direction fCF) 80 4
24 21 7.7 312
-0.8 80 4.
24 22 9.1 340
-1.0 80 4~
24 23 11.8 5
-1.1 80 4
24 24 10.1 '
O
-1.2 80 4
25 1
14.0 340
-1.1 80 4
25 2
15.0 330
-1.0 80 4
25 3
13.7 336
-1.0 80 4
25 4
11.2 338
-1.0 80 4
25 5
11.0 325-
-1.0 80 4
25 6
10.2 326
-0.9 80 4
25 7
10.7 324
-1.0 80 4
25 8
11.1 319
-1.3 80 4
25 9
10.3 326
-1.6 80 4
25 10 11.5 323
-1.9 80 4
25 11 10.3 325
-1.8 80 4
25 12 6.7 316
-1.8 80 4
25 13-5.8 302
-1.6 80 4
25 14 5.2 297
-2.1 80 4
25 15 5.3 352
-2.1 80 4
25 16 6.5 34
-1.7 80 4
25 17 6.9 73
-1.1 80 4
25 18 4.9 87
-1.2 80 4
25 19 4.3 132
-1.0 80 4
25 20 2.7 148
-0.8 80 4
25 21 1.9 177
-0.1 80 4
25 22 6.7 268
-0.1 80 4
25 23 6.4 274 1.4 80 4
25 24 6.6 260 0.7 80 4
26 1
7.2 259 1.2 80 4
26 2
7.6 302 1.6 80 4
26 3
6.9 330 0.3 80 4
26 4
6.9 344
-0.5 80 4
26 5
6.1 355
-0.7 80 4
26 6
4.7 353
-0.7 80 4
26 7
3.3 17
-1.1 80 4 -26 8
4.2 30
-1.2 80 4
26 9
5.2 25
-1.5 80 4
26 10 5.6 40
-1.3 00
.4 26 11 5.4 54
-1.,0 80 4
26 12 6.0 62
-0.8
- 80. 4 26 13 6.3 67
-0.9 80
-4 26 14 7.6 49
-1.1 80 4
26 15 8.3 61
-1.3 80 4
26 16
.7.2 70
-1.4 80 4
26 17 6.4 61
-1.0 80 4
26 18 5.7 86
-1.1
, ~ - -. -
-rw
.sw-
Page 56 of 96 Date 35-ft Wind Speed 35-ft Wind aT 250 f t-35 f t YR MN DY Hour (mph)
Direction
(*F) 80 4
26 19 7.0 85
-1.1 80 4
26 20 6.0 71
-0.7 80 4
26 21 5.3 59
-0.1 80 4
26 22 10.0 44
-0.9 80 4
26 23 14.4 46
-1.1 80 4
26 24 13.8 48
-1.1 80 4
27 1
12.8 45
-1.0 80 4
27 2
13.5 29
-1.0 80 4
27 3
12.6 21
-1.0 80 4
27 4
12.6 22
-0.9 80 4
27 5
12.6 27
-0.6 80 4
27 6
13.8 26
-0.7 80 4
27 7
13.1 27
-0.7 80 4
27 8
13.9 26
-1.1 80 4
27 9
14.1 23
-1.3 80 4
27 10 12.9 19
-1.5 80 4
27 11 10.8 19
-1.3 80 4
27 12 12.4 13
-1.6 80 4
27 13 11.2 10
-1.6 80 4
27 14 10.1 24
-1.3 80 4
27 15 13.7 55
-1.3 80 4
27 16 12.9 46
-0.9 80 4
27 17 11.3 50
-- 1. 0 80 4
27 18 10.8 47
-0.8 80 4
27 19 12.9 42
-0.7 80 4
27 20 18.0 26
-0.6 80 4
27 21 18.2 15
-0.6 80 4
27 22 14.3 16
-0.2 80 4
27 23 13.3 11 0.0 80 4
27 24 12.2 16 0.4 80 4
28 1
8.7 68 0.7 80 4
28 2
3.8 141 0.8 80 4
28 3
6.0 173 0.8 80 4
28 4
9.3 170 0.7 80 4
28 5
11.5 171 0.9 80 4
28 6
11.7 166 0.7 80 4
28 7
9.1 161 0.3 80 4
28 8
8.6 142
-0.9 80 4-28 9
8.9 133
-1.3 80 4
28 10 9.1 133
-1.3 80 4
28 11 9.5 115
-1.4 l
80 4
28 12 11.7 113
-1.7 l
80 4
28 13 10.7 147
-1.4 l
80 4
28 14 8.1 133
-1.5 80 4
28 15 13.4 66
-1.5 80 4
28 16 15.3 59
-1.6 i
I!
Page 57 of 96 Date 35-ft Wind Speed 35-ft Wind AT 250 ft-35 ft YR MN DY Hour (mph)
Direction (8F) 80 4
28 17 11.3 54
-1.2 80 4
28 18 9.0 60
-1.0 80 4
28.19 4.2 65
-0.6 80 4
28 20 5.0 78
-0.9 80 4
28 21 4.0 111-
-0.8 80 4
28 22
. 4.0 162 0.0 80 4
28 23 4.4 197 0.7 80 4
28 24 4.4 197 1.8 80 4
29 1
3.5 201 2.7 80 4
29 2
3.0 186 0.5 l
)
80 4
29 3
2.0 196 1.2 80 4
29 4
1.6 291 0.1 80 4
29 5
2.5 280 0.2 1
l 80 4
29 6
2.2 301 0.6 80 4
29 7
1.6 282 0.7 80 4
29 8
1.3 317
-0.9 80 4
29 9
2.8 181
-1.1 80
.4 29 10 2.2 314
-1.5 80 4-29 11 5.1 13
-1.8 80 4
29 12 4.8 6
-1.6 i
80 4
29 13 4.7 21
-1.4 80 4
29 14 7.3 39
-1.1 80 4
29 15 7.5 57
-1.1 80
-4 29 16 8.1 80
-1.4 80 4
29 17 8.7 69
-1.3 80 4
29 18 7.9 70
-1.2
.80 4
29 19 6.1 62
-1.0 80 4
29 20 5.9 83
-1.0 80 4
29 21 5.4 119
-1.0 80 4
29 22 4.8 128
-1.0 80 4
29 23 2.2 156
-0.6 80 4
29 24 3.0 204
-0.3 80 4
30 1
2.5 225
-0.2 80 4
30 2
1.6 241 0.0 80 4
30 3
1.5 303
-0.1 80 4
30 4
1.4 319
-0.1 80 4
30 5
1.6 317
-0.2 80 4 -30 6
2.3 27 8 0.4 80 4
30 7
1.0 290 0.2 80 4
30 8
1.1 296
-0.5 80 4
30 9
3.6 76
-1.2 80 4
30 10 5.4 73
-1.1 80 4
30 11 6.3 55
-1.0 80 4
30 12 5.2 56
-1.0 80 4
30 13 7.2 51
-1.0 80 4
30 14 5.9 80
-1.0 9
Page 58 of 96 Date 35-ft Wind Speed 35-ft Wind 6T 250 ft-35 ft YR MN DY Hour (mph)
Direction (OF)
'80 4
30 15 4.9 6i
-0.8 80 4
30 16 4.6 80
-1.0 80 4
30 17 3.8 85
-1.0 80 4
30 18 3.7 56
-0.5 80 4
30 19 4.0 69
-0.9 80 4-30 20 3.0 72
-0.8 80 4
30 21 1.6 2
-0.6 80 4
30 22 1.4 251
-0.2 80 4
30 23 2.5 261 0.e 80 4
30 24 4.1 286 2.0 80 5
1 1
3.5 281 2.8 80 5
1 2
3.1 286 2.7 80 5
1 3
2.9 318 1.1 80 5
1 4
2.7 299 1.0 80 5
1 5
3.9 273 2.4 80 5
1 6
5.3 296 4.0 80 5
1 7
3.8 312 2.6 80 5
1 8
4.4 336
-0.1 80 5
1 9
7.6 10
-1.5 80 5
1 10 6.1 32
-1.3 80 5
1 19 4.4 101
-1.1 80 5
1 20 4.4 99
-0.3 80 5
1 21 3.5 108
-0.1 80 5
1 22 3.5 159
-0.1 80 5
1 23 2.6 189 2.1 80 5
1 24 3.7 210 2.6 80 5
2 1
3.5 225 3.5 80 5
2 2
3.4 238 3.6 80 5
2 3
2.9 259 4.2 80 5
2 4
2.9 271 4.3 80 5-2 5
3.7 276 2.9 80 5
-2 6
4.0 274 2.9 80 5
2 7
3.7 248 3.1 80 5
2-8 5.3 265 1.8 80 5
2 9
-2.6 270
-0.7 80 5
2 10 3.3 208
-1.2 80 5
2 14 4.7 70
-1.4 80 5
2 15 6.4 38
-1.4 80 5
2 16 6.8 30
-1.4 80 5
2 17 6.1 17
-1.4
-80 5
2 18 5.5 16
-1.4 80 5
2 19 3.4 64
-0.7 80 5
2 20 2.6 87
-0.1 80 5
2 21 2.6 167 1.2 80 5
2 22 3.1 203 2.0
.80
-5 2 23 4.1 230 3.9
Page 59 of 96 Date 35-ft Wind Speed 35-f t Wind ST 250 ft-35 ft YR MN DY Hour (mph)
Direction (OF) 80 5
2 24 4.8 230 4.4 80 5
3 1
5.3 244 5.2 80 5
3 2-5.5 240 5.5 80 5
3 3
6.5 2'7 6.3 80 5
3 4
6.3 241 5.5 80 5
3 5
6.6 230 7.9 80 5
3 6
5.1 230 7.8 80 5
3 7
6.4 242 3.0 80 5
3 8
6.2 269
-0.8 80 5
3 9
5.1 262
-1.2 80 5
3 10 4.9 272
-1.4 80 5
3 11 5.1 321
-1.8 80 5
3 12 5.3 327
-1.9 80 5
3 13 6.0 7
-1.8 80 5
3 14 4.9 20
-1.9 80 5
3 15 4.1 15
-2.1 80 5
3 16 3.6 0
-2.0 80 5
3 17 4.9 332
-1.'8 80 5
3 18 5.2 336
-1.4 80 5
3 19 3.7 354 0.4 80 5
3 20 4.4 342 2.3 80 5
3 21 4.2 354 4.1 80 5
3 22 5 '. 5 23 4.1 80 5
3 23 10.9 40 1.4 80 5
3 24 9.5 37 1.7 80 5
4 1
8.9 33 1.2 80 5
4 2
6.1 33 0.2 80 5
4 3
3.8 84 0.1 80
.5 4
-4 3.2 107
-0.6 80 5
4 5
4.5 83 0.6 80 5
4 6
1.6 197 2.1 80 5
4 7
2.2 193 1.6 80 5
4 8
1.9 151
-0.2 80 5
4 9
5.3 352
-1.8 a
80 5
4 10 4.1 19
-2.4 80 5
4 11 3.3 305
-1.8 80 5
4 12 4.9 65 0.2 80 5
4 13 7.2 235
-1.5 80 5
4 14 10.4 250
-1.9 80 4 15 9.2 257
-1.8 r
4 16 10.6 272
-1.6 80 80 5
4 17 11.0 304
-1.5 80 5
4 18-8.1 308
-0.9 80 5
4 19 6.6 296 1.3 80 5
4 20 6.3 279 2.0 80 5
4 21 7.3 259 3.8 D
w-
,... f-
Page 60 of 96 Date 35-ft Wind Speed 35-ft Wind 6T 250 ft-35 ft YR MN DY Hour (mph)
Direction (SF) 80 5
4 22 9.3 271 3.7 BC 5
4 23 8.3 270 4.9 80 5
4 24 8.2 258 4.8 80 5
5 1
9.8 257 4.0 80 5
5 2
8.4 254 4.1 80 5
5 3
9.3-252 4.1 80 5
5 4
8.9 247 5.1 80 5
5 5
10.0
'244 5.2 80 5
5 6
12.1 245 3.5 80 5
5 7
11.5 245 3.0 80 5
5 8
11.6 251 1.6 80 5
5 9
11.4 257 2.2 80 5
5 10 13.6 268
-1.4 80 5
5 11 16.3 273
-2.2 80 5
5 12 18.4 275
-2.4 80 5
5 13 19.2 273
-2.4 80 5
5 14 19.2 257
-2.2 80 5
5 15 19.6 264
-2.2 80 5
5 16 18.1 267
-0.6 80 5
5 17 17.5 260 1.8 80 5
5 18 17.0 254 1.9 80 5
5 19 12.9 250 2.5 80 5
5 20 9.6 237 2.6 80 5
5 21 8.5 232 2.5 80 5
5 22 9.9 232 2.5 80 5
5 23 10.0 233 2.5 80 5
5 24 10.1 285 1.8 80 5
6 1
14.0 55 2.0 80
.5 6
2 13.9 48 2.8 80 5
6 3
11.9 54 2.6 80 5
6 4
11.5 43 2.5 80 5
6 5
12.1 19 2.3 80 5
6 6
6.2 11 2.5 80 5
6 7
7.1 344
-2.7 80 5
6 8
7.1 348 2.3 80 5
6 9
7.6 340 2.2 80 5
6 10 6.0 346 2.2 80 5
6 11 4.1 21 2.0 80 5
6 12 4.8 45 1.8 80 5
6 13 6.3 50 1.8 80 5
6 14 8.5 96 2.2 80 5
6 15 9.5 114 2.0 80 5-6 16 9.5 107 1.8 80 5
6 17 10.1 143 1.8 80 5
6 18 13.2 233 1.3 80 5
6 19 13.5 259 1.1
=---<r
Page 61 of 96 Date 35-ft Wind Speed 35-ft Wind AT 250 f t-35 f t YR MN DY Hour (mph)
Direction (OF) 80 5.
6 20 7.2 247 1.5 80 5
6 21 5.8
- 218 1.4 80 5
6 22 8.4 244 1.4 80 5
6 23 6.5 236 1.6 80 5
6 24 7.9-305 1.7 80 5
7 1
10.0 301 1.7 80 5
7 2
18.7 326 1.8 80
~5 7
3 19.3 323 1.5 80 5
7 4
18.0 312 1.4 80 5
7 5
11.9 292 1.3 80 5
7 6
15.7 300 1.5 80 5
7 7
17.2 301 1.7 80 5
7 8
19.1 293 1.6 80 5
7 9
19.2 295 1.5 80 5
7 10 16.3 299 1.3 80 5
7 11 16.3 297 99.9 80 5
7 12 14.3 303 99.9 80 5
7 13 15.2 306
-2.2 80 5
7 14 16.0 293
-2.3 80 5
7 15 16.0 280
-2.1 80 5
7 16 16.4 281
-1.9 80 5
7 17 15.5 297
-1.5 80 5
7 18 14.8 299
-1.4 80 5'
7 19 14.0 294
-1.2 80 5
7 20 12.1 290
-0.4 80 5
7 21 11.3 288
-0.4 80 5
7 22 10.3 311
-0.5 80 5
7 23 10.8 323
-0.1 80 5
7 24 8.7 324 0.0 80 5
8 1
7.9 300 0.0 80 5
8 2
11.9 313
-0.1 80 5
8 3
9.8 313
-0.2 80 5
8 4
8.8 309
-0.3 80 5
8 5
6.5 277 99.9 80 5
8 6
7.9 309
-0.3 80 5
8 7
9.2 332
-1.2 80 5
8 8
10.3 342
-1.5 80 5
8 9
8.8 336
-1.6 80 5-8 10 9.0 320
-- 1. 8 80 5
8 11 8.1 311
-1.9 80 5
8 12 7.2 317
-1.7 80 5
8 13 14.0 272
-1.7 80 5
8 14 9.4 273
-1.5 80 5
8 15 12.3 228
-1.7 80 5
8 16 8.5 233
-1.6 80 5
8 17 11.7 270
-1.5 i
4 y
Page 62 of 96 Date 35-ft Wind Speed 35-ft Wind ST 250 ft-35 ft YR MN DY Hour (moh)
Direction (OF) 80 5
8 18 7.1
'252
-1.1 80 5
8 19 7.5 240
-1.0 80 5
8.20 6.4 236
-0.6 80 5
8 21 13.3 285
-0.6 80 5
8 22 9.1 274
-0.2 80 5
8 23 8.5 277 1.1 80 5
8 24 9.0 269 0.7 80 5
9 1
8.4 272 1.6 80 5
9 2
8.2 278 3.0 80 5
9 3
7.3 282 2.4 80 5
9 4
9.0 275 2.5 80 5
9 5
8.0 281 2.1 80 5
9 6
6.8 286 1.9 80 5
9 7
8.1 268 1.1 80 5
9.
8 9.1 285
-0.1 80 5
9 9
7.9 303
-1.9 80 5
9 10 8.0 310 99.9 80 5
9 11 6.3 311 93.9 80 5
9 12 9.2 286 99.9 80 5
9 13 12.5 277 99.9 80 5
9 14 12.0 269 99.9 80 5
9 15 10.6 259 99.9 80 5
9 16 11.5 262 99.9 80 5
9 17 10.7 259 99.9 80~ 5 9 18 12.5 254 99.9 80 5
9 19 9.4 265 99.9 80 5
9 20 8.6 293 99.9 80 5
9 21 5.1 279 99.9 80 5
9 22 4.8 272 99.9 80 5
9 23 2.6 229 99.9 80 5
9 24 2.1 216 99.9 80 5
10 1
3.2 209 99.9 80 5
10- 2 4.2 191 99.9 80 5
10 3
4.5 192 99.9 80 5
10 4
3.6 183 99.9 80 5
10 5
6.0 188 99.9 80 5
10 6
4.7 185 99.9 80 5
10 7
6.7 193 99.9 80 5
10 8
8.6 193 99.9 80 5
10 9~
10.1 199 99.9 80 5
10 10 11.4 212 99.9 80 5
10 11 12.6 220 99.9 80 5
10 12 13.1 208 99.9 80 5
10 13 13.4 204 99.9 80 5
10 14 13.0 209 99.9 80 5
10 15 14.1 212 99.9
Page 63 of 96 Date.
35-ft Wind Speed 35-ft Wind AT 250 ft-35 ft YR MN DY Hour (mph)
Direction (8F) 80 5'
10 16 9.2 197 99.9 80 5
10 17 10.1 192 99.9 80 5
10 18 8.2 185 99.9 80 5
10 19 8.8 192 99.9 80 5
10'20 14.1 192 99.9 80 5
10 21 14.4 192 99.9 80 5
10 22 10.3 182 99.9 80 5
10 23 5.8 T34 99.9 80 5
10 24 9.0 108 99.9 80 5
11 1
15.0 113 99.9 80 5
11 2
12.4 135 99.9 80 5
11 3
7.2 181 99.9 80 5
11 4
10.4 199 99.9 80 5
11 5
11.2 216 99.9 80 5
11 6
11.3 213 99.9 80 5
11 7
9.6 214 99.9 80 5
- 11. 8 15.4 238 99.9 80 5
11 9
17.2 253 99.9 60 5
11 10 17.0 255 99.9 80 5
11 11 14.8 261 99.9 80 5
11 12 12.4 281 99.9 80 5
11 13 13.2 292 99.9 80 5
11 14 12.4 291 99.9 80 5
11 15 15.5 266 99.9 80 5
11 16 14.3 272 99.9
)
80 5
11 17 11.3 264 99.9 80 5
11 18 10.1 268 99.9 80 5
11 19 10.3 307 99.9 80 5
11 20 9.4 316 99.9 1
80 5
11 21 7.2 313 99.9 l
80 5
11 22 7.9 317 99.9 80 5
11 23 5.6 316 99.9 80 5
11 24 3.6 238 99.9 80 5
12 1
4.1 253 99.9 80 5
12 2
6.6 306 99.9 80 5
12 3
3.1 283 99.9 80 5
12 4
1.9 205 99.9 80 5
12 5
3.5 230 99.9 80 5
12 6
2.8 226 99.9 80 5
12 7
3.3 230 99.9 80 5
12 8
3.1 249 99.9 80 5
12 9
5.6.
350 99.9 80 5
12 "'
4.8 4
-1.4 80 5
12 11 9.3 15
-1.4 80 5
12 12
- 3. 8 342
-1.4 80 5
12 13 8.0 40
-1.1 b
Page 64 of 96 Date 35'-ft Wind Speed 35-ft Wind 6T 250 ft-35 ft YR MN DY Hour (mph)
Direction (8F) 80 5
12 14
-5.3 87
-1.2 80 5
12 15 4.5 128
-1.1 80 5-12 16 5.9 345
-1.1 80 5
12-17 3.6 79 0.1 80 5
12 18 3.6 66
-0.8 80 5
12 19 4.7 93
-0.,9 80 5 '12 20 2.5 178
-0.9 80 5
12-21 6.6 117
-0.8 80 5
12 22 8.0 108
-0.9 80 5
12 23 7.4 102
-0.8 80 5
12 24 6.4 98
-0.4 80 5
13 1
6.0 105 0.2 80 5
13 2
4.7 151 2.7 80 5
13 3
4.0 173 3.6 80 5
13 4
6.3 206 34 80 5
13 5
6.5 198 3.1 80 5
13 6
9.6 199 2.8 80 5
13 7
16.3 227 0.1 80 5
13 8
18.9 242
-0.7 80 5
13 9
20.7 249
-1.1 80 5
13 10 22.0 256
-1.3 80 5
13 11 19.8 254
-1.6 80 5
13 12 18.3 246
-1.6 80 5
13 13 18.0 244
-1.7 i
80 5
13 14 17.7 242
-1.6
-80 5
13 15 16.6 242
-1.1 80 5
13 16 16.4 240
-0.2 i
80 5
13 17 11.2 271
-0.1 80 5
13 18
.7.3 219
-0.2 80 5
13 19 5.4 208 0.9 80 5
13 20 5.6 216 0.6 80 5
13 21 14.7 280
-0.1 80 5
13 22 14.0 274
-0.1 80 5
13 23 15.9 260
-0.6 80 5
13 24 18.8 271
-0.8 80 5
14 1
17.4 291
-0.9 80 5
14 2.
16.4' 305
-1.0 80.5 14' 3
14.5 320
-1.0 80 5
14 4
14.5 325
-1.0 80 5
14-5-
14.2 321
-0.9 80 5
14 6
13.9 314
-0.9 80 5
14 7
13.3 317
-1.3 80- 5 14 8
14.2 313
-1.9 7
80 5
14 9
12.5 299 99.9 80
=5 14 10 12.2' 276
-1.7 80 5
14 11 12.7 305
-2.1 P
-w-,
--.,,+
--r--,
Page 65 of 96 Date 35-ft Wind Speed 35-ft Wind aT 250 ft-35 ft YR MN DY Hour (mph)
Direction (OF) 80 5
14 12 13.8 314
-2.1 80 5
14 13 14.8 320
-2.4 80 5
14 14 14.7 329
-2.4 80 5
14 15 12.4 338
-1.9 80 5
14 16 10.7 0
-1.5 80 5
14 17 10.7 26
-1.4 80 5
14 18 10.5
. 31
-1.3 80 5
14 19 8.2 50
-1.1 80 5
14 20 6.5 77
-1.1 80 5
14 21 5.8 110
-1.1 80 5
14 22 4.5 153
-0.9 80
-5 14 23 5.0 161 0.0 80 5
14 24 3.8 173 0.8 80 5
15 1
4.2 197 1.0 80 5
15 2
4.9 205 2.0 80 5
15 3
5.2 225 2.8 80 5
15 4
4.4 233 2.0 80 5
15 5
5.2 254 1.8 80 5
15 6
4.9 260 1.4 80 5
15 7
4.1 286
-0.4 80 5
15 8
5.0 293
-1.3 80 5
15 9
5.3 253
-1.4 80 5
15 10 5.6 321
-1.7 80 5
15 11 6.2 8
99.9 80 5
15 12 6.1 20 99.9 80 5
15 13 8.0 40 1.0 80 5
15 14 7.9 47
-1.6 80 5
15 15 8.1 43
-1.5 80 5
15 16 9.3 39
-1.7 80 5
15 17 9.1 53
-1.4 80 5
15 18 7.8 63
-1.5 80 5
15 19 8.6 71
-1.2 80 5
15 20 5.8 94
-1.0 80 5
15 21 5.0 93
-0.9 80 5
15 22 6.0 104
-0.9 80 5
15 23 6.3 127
-0.4 80 5
15 24 5.0 150 0.7 i
80 5
16 1
5.1 143 0.2 80 5
16 2
6.1 130
-0.1 80 5
16 3
5.0 147 1.0 80 5
16 4
4.0 156 0.9 80 5
16 5
3.1 125 1.2 1.0 80 5
16 6
4.4 147 80 5
16 7
6.0 134
-0.3 80- 5 16 8
8.8 114
-1.4 80 5
16 9
9.3 110
-1.9 a-
-- - ~
v
,wm,-.-e.-w.-
e,-
g
-n 6--
Page 66 of 96 Date 35-f t Wind Speed 35-ft Wind AT 250 f t-35 f t YR MN DY Hour (mph)
Direction (OF) 80 5
16 10 10.1 106
-1.9 80 5
16 11 11.3 81
-2.1 80 5
16 12 12.5 77
-2.0 80 5
16 13 14.4 77 99.9 80 5
16 14 15.8 73
-2.2 80 5
16 15 15.3 68
-2.2 80 5
16 16 16.1 74
-1.9 80 5
16 17 16.6 77
-1.6 80 5
16 18 15.5 84
-1.5 80 5
16 19 17.0 89
-1.4 80 5
16 20 15.9 89
-1.2 80 5
16 21 16.2 92
-1.2 80 5
16 22 15.9 92
-1.1 80 5
16 23 16.6 99
-0.9 80 5
16 24 14.3 100
-0.9 80 5
17 1
11.0 103
-0.9 80 5
17 2
8.8 99
-0.9 80 5
17 3
7.3 98
-1.0 80 5
17 4
6.8 98
-1.1 80 5
17 5
6.9 114
-1.1 80 5
17 6
6.0 132
-0.9 80 5
17 7
6.3 121
-1.0 80 5
17 8
9.2 111
-0.5 80 5
17 9
11.6 124
-0.2 80 5
17 10 11.4 140 0.3 80 5
17 11 13.0 141 0.9 80 5
17 12 11.4 138 1.0 80 5
17 13 9.2 135 1.2 80 5
17 14 9.0 137 1.2 80 5
17 15 9.7 148 0.7 80 5
17 16 10.1 135 0.7 80 5
17 17 12.1 136 1.3 80 5
17 18 11.6 14 3 1.4 80 5
17 19 13.7 154 1.4 80 5
17 20 15.1 161 0.7 80 5
17 21 14.2 161 0.6 80 5
17 22 14.9 164 0.5 80 5
17 23 12.6 162 1.2 80 5
17 24 10.8 171
-0.3 80 5
18 1
11.0 192
-0.9 80 5
18 2
10.0 202 0.6 80 5
18 3
10.3 207 1.4 80 5
18 4
11.8 221 1.4 80 5
18 5
12.4 227 1.6 80 5 '18 6
11.4 221 1.4 80 5
18 7
9.6 215
'1.1 9
Page 67 of 96 Date 35-ft Wind Speed 35-ft. Wind AT 250 ft-35 ft YR MN DY Hour (mph)
Direction
(*F) 80 5
18 8
9.0 219 0.9 80 5
18 9
10.7 223 0.0 80 5
18 10 11.3 229
-0.3 80 5
18 11 15.7 233
-1.3 80 5
18 12 15.6 235
-1.4 80 5
18 13 17.5 250
-1.2 80 5
18 14 19.5 253
-1.6 80 5
18 15 17.4 266
-1.4 80 5
18 16 18.3 269
-1.4 80 5
18 17 17.9 269
-1.3 80 5
18 18 15.2 281
-1.2 80 5
18 19 11.9 303
-0.7 80 5
18 20 11.5 315
-0.5 80 5
18 21 9.8 311
-0.6 80 5
18 22 8.2 317
-0.3 80 5
18 23 5.5 323
-0.1 80 5
18 24 5.6 322
-0.6 80 5
19 1
5.3 309
-0.6 80 5
19 2
5.2 318
-0.7 80 5
19 3
4.5 11
-0.8 80 5
19 4
5.8 109
-0.7 80 5
19 5
7.7 107
-0.5 80 5
19 6
9.6 83
-0.8 80 5
19 7
10.7 72
-0.7 80 5
19 8
10.2 70
-0.7 80 5
19 9
9.7 78
-0.8 80 5
19 10 10.2 87
-1.4 80 5
19 11 7.6 104
-1.4 80 5
19 12 6.6 87
-1.3 80 5
19 13 9.0 58
-1.4 80 5
19 14 7.9 66
-1.6 80 5
19 15 7.9 71
-1,5 80 5
19 16 8.0 63
-1.2 80 5
19 17 5.7 70
-1.4 80 5
19 18 5.6 82
-1.3 80 5
19 19 4.8 92
-1.1 80 5
19 20 4.7 135
-0.9 80 5
19 21 3.4 151
-0.4 80 5
19 22 4.1 117
-0.7 80 5
19 23 5.0 105
-0.8 80 5
19 24 5.3 59
-0.9 80 5
20 1
6.2 34
-0.9
)
80 5
20 2
5.9 44
-0.8 80 5
20 3
7.7 26
-0.6 80 5
20 4
10.2 36
-0.1 80 5
20 5
9.2 37 0.1
Page 68 of 96 Date 35-ft Wind Speed 35-ft Wind aT 250 ft-35 ft YR MN DY Hour (mph)
Direction _
(DF) 80 5
20 6
9.5 35 0.2 80 5
20 7'
9.7 41
-0.7 80 5
20 8
9.8 46
-1.0 80 5
20 9
9.6 43
-1.2 80 5
20 10 9.8 48
-1.3 80 5
20 11 11.2 43
-1.4 80 5
20 12 12.7 45
-1.6 80 5
20 13 14.0 44
-1.8 80 5
20 14 14.4 64
-1.9 80 5
20 15 11.7 68
-1.7 80 5
20 16 11.5 72
-1.6 80 5
20 17 10.5 78
-1.4 80 5
20 18 10.3 83
-1.3 80 5
20 19 7.5 95
-1.1 80 5
20 20 8.0 78
-1.0 80 5
20 21 8.6 82
-0.9 80 5
20 22 8.2 80
-0.8 80 5
20 23 8.3 74
-0.9 80 5
20 24 7.7 70
-0.9 80 5
21 1
6.7 65
-0.7 80 5
21 2
6.6 16
-0.8 80 5
21 3
7.6 355
-0.9 80 5
21 4
7.8 10
-0.7 80 5
21 5
5.7 28
-0.7 80 5
21 6
3.6 34 7 0.0 80 5
21 7
4.4 333
-0.4 80 5
21 8
8.0 352
-1.3 80 5
21 9
6.0 359
-0.9 80 5
21 10 6.2 359
-1.2 80 5
21 11 5.6 26
-1.2 80 5
21 12 5.1 28
-1.6 80 5
21 13 5.0 31
-1.4 80 5
21 14 6.5 52
-1.1 80 5
21 15 6.5 76
-1.1 80 5
21 16 5.7 78
-1.3 80 5
21 17 5.5 d5
-1.3 80 5
21 18 4.0 83
-1.1 80 5
21 19 3.8 122
-0.8 80 5
21 20 3.1 152 0.4 80 5
21 21 2.7 160 1.4 80 5
2122 3.2 198 3.2 80 5
21 23 3.7 209 5.0 80 5
21 24 4.6 204 5.1 80 5
22 1
4.7 212 6.7 80 5
22 2
4.4 225 6.7 80 5
22 3
4.8 222 5.9 J
~
Page 69 of 96 Date 35-ft Wind Speed 35-ft Wind AT 250 ft-35 ft YR MN DY Hour (mph)
Direction (OF) 80 5
22 4
5.1 222 5.9 80 5
22 5
4.3 228 6.0 80 5
22 6
4.5 234 6.2 80 5
22 7
6.0 219 6.1 80 5
22 8
6.8 235 2.0 80 5
22 9
5.1 248
-0.7 80 5
22 10 5.7 324
-1.7 80 5
22 11 4.1 14
-1.7 80 5
22 12 3.8 89 0.1 80 5
22 13 5.3 78 0.0 80 5
22 14 6.7 59
-0.9 80 5
22 15 6.8 67
-0.9 80 5
22 16 6.3 82
-0.8 80 5
22 17 7.1 77
-0.8 80 5
22 18 6.2
' 101
-0.9 80 5
22 19 4.0 98
-0.5 80 5
22 20 4.4 91 0.4 80 5
22 21 3.9 115 2.6 80 5
22 22 5.6 117 1.4 80 5
22 23 5.7 130 5.0 80 5
22 24 5.3 117 2.6 80 5
23 1
4.1 138 2.6 80 5
23 2
3.8 111 3.2 80 5
23 3
5.4 84 2.5 80 5
23 4
5.6 113 1.7 80 5
23 5
5.9 122 0.7 80 5
23 6
6.6 106 0.5 1
80 5
23 7
6.7 91 0.4 80 5
23
,8 7.2 86
-0.1 80 5
23
'9 10.1 81
-1.0 80 5
23 10 10.3 88
-1.1 80 5
23 11 9.7 85
-1.4 80 5
23 12 9.1 78
-0.8 80 5
23 13 9.0 79
-0.5 80 5
23 14 9.2 81 1.5 80 5
23 15 7.7 93
-0.1 80 5
23 16 5.7 95 1.2 80 5
23 17 4.6 97 1.1 80 5
23 18 5.1 98 t.3 80 5
23 19 5.1 91 0.5 80 5
23 20 6.7 83 1.5 80 5
23 21 8.7 77 0.8 80 5
23 22 6.8 96 1.1 80 5
23 23 6.4 106 1.1 80 5
23 24-5.1 99 1.7 80 5
24 1
5.5 94 0.6
Page 70 of 96 Date 35-ft Wind Speed 35-ft Wind AT 250 ft-35 ft YR MN DY Hour (moh)
Direction (O F) 80 5
24 2
6.3 91 0.3 80 5
24 3
7.5 93 0.0 80 5
24 4
6.0 99 0.6 80 5
24 5
4.2 140 0.3 80 5
24 6~
6.6 224 1.3 80 5
24 7
3.5 312 1.8 80 5
24 8
8.0 82 1.4 80 5
24 9
7.0 111 1.5 80 5
24 10 6.1 101 2.0 80 5
24 11 4.0 90 1.5 80 5
24 12 7.1 78 1.7 80 5
24 13 6.5 75 1.2 80 5
24 14 7.6 73 0.2 80 5
24 15 8.1 39
-0.3 80 5
24 16 7.4 27
-0.1 80 5
24 17 5.8 53 0.0 80 5
24 18 2.1 1
-0.1 80 5
24 19 2.0 358 0.4 80 5
24 20 1.9 305 0.0
'80 5
24 21 3.5 336
-0.3 80 5
24 22 5.2 336
-0.9 80 5
24 23 6.-3 348 0.4 i
80 5
24 24 6.3 347 0.7 80 5
- 25. 1 6.1 342 2.4 80 5
25 2
7.5 357 1.7 80 5
25 3
10.0 1
0.7 80 5
25 4
9.6 348 0.8 80 5
25 5
7.4 345 0.4 80 5
25 6
8.1 353 0.4 80 5
25 7
11.0 10 0.6 80 5
25 8
11.2 23 0.9 80 5
25
'9 13.4 22 0.3 80 5
25 10 14.2 32
-1.1 80 5
25 11 13.4 36
-1.5 80 5
25 12 11.8 61
-1.6 j
80 5
25 13 11.5 85
-1.4 80 5
25 14 10.8 84
-1.2 80 5
25 15 9.0 82
-1.6 80 5
25 16 8.2 86
-1.9 80 5
25 17 9.0 82
-1.9 80 5
25 18 11.8 63
-1.7 80 5
25 19 16.4 43
-1.6 80 5
25 20 17.8 38
-1.6 80 5.25 21 18.6 21
-1.3 80 5
25 22 19.1 16
-1.2 80 5
25 23 19.7 17
-1.2
c Page 71 of 96 35-ft Wind Speed 35-f t Wind aT 250 f t-35 f t Date YR MN DY Hour-(mph)
Direction (OF) 80 5
25 24 20.8 24
-1.1 80 5
26 1
19.9 35
-1.1 80 5
26 2
18.2 38
-1.1 80 5
26 3
18.4 41
-1.1 80 5
26 4
16.7 42
-1.1 80 5
26 5
14.4 45
-1.0 80 5
26 6
14.5
'49
-1.1 80 5
26 7
14.1 52
-1.0 80 5
26 8
14.4 53
-0.9 80 5
26 9
13.9 48
-0.9 80 5
26 10 12.3 60
-1.0 80 5
26 11 11.4 54
-1.3 80 5
26 12 9.0 56
-1.5 80 5
26 13 7.5 66
-1.7 80 5
26 14 6.6 15
-1.6 RO 5
26 15 6.4 23
-1.4 80 5
26 16 7.7 27
-1.4 80 5
26 17 11.7 48
-1.7 80 5
26 18 12.4 55
-1.9 80 5
26 19 10.4 53
-1.8 80 5
26 20 8.8 46
-1.6 80 5
26 21 10.6 44
-1.6 1
80 5
26 22 11.7 47
-1.3 80 5
26 23 11.3 43
-1.0 80 5
26 24 12.6 45
- 1'. 0 80 5
27 1
9.9 49
-1.0 80 5
27 2
6.3 61
-0.9 80 5
27 3
3.8 1
-0.9 80 5
27 4
1.9 324
-1.0 80 5
27 5
2.4 49
-0.7 80 5
27 6
2.2 318
-0.4 80 5
27 7
2.9 141 1.2 80 5
27 8
3.8 92 1.4 80 5
27 9
2.4 120
-1.0 80 5
27 10 4.9 105
-1.0 80 5
27 11 5.8 86
-1.4 80 5
27 12 6.1 87
-1.3 80 5
27 13 6.4 80
-1.6 80 5
27 14 8.4 86
-1.8 80- 5 27 15 8.8 96
-1.6 80 5
27 16 9.6 105
-1.2 80 5
27 17 8.9 106
-1.3 80 5
27 18 10.1 116
-1.5 80 5
27 19 7.0 142
-1.0 80 5
27 20 5.8 148
-0.1 80 5
27 21 4.7 160 2.0
Page 72 of 96 Date 35-ft Wind Speed 35-ft Wind AT 250 ft-35 f t YR MN DY tlour (mph)
Direction (OF) 80 5
27 22 4.2 171 2.9 80 5
27 23 4.3 172 3.9 80 5
27 24 4.5 186 4.4 80 5
28 1
4.7 210 4.6 80 5
28 2
5.2 220 5.0 80 5
28 3
5.3 215 3.9 80 5
28 4
4.9 208 3.8 80 5
28 5
5.8 206 4.4 80 5
28 6
4.9 211 4.7 80 5
28 7
5.2 217 3.5 80 5
28 8
6.5 231 0.3 80 5
28 9
8.5 242
-0.9 80 5
28 10 8.7 242
-1.3 80 5
28 11 8.9 252
-1.4 80 5
28 12 5.7 264
-1.4 80 5
28 13 5.9 67 0.6 80 5
28 14 6.4 75 0.0 80 5
28 15 7.4 74
-0.6 80 5
28 16 5.5 91 0.0 80 5
28 17 5.9 80
-0.4 80 5
28 18 6.2 93 1.5 80 5
28 19 107 3.0 80 5
28 20 5.3 120 3.8 80 5
28 21 3.6 130 3.6 80 5
28 22 3.5 163 4.9 80 5
28 23 3.9 186 5.8 80 5
28 24 4.0 183 7.2 80 5
29 1
4.9 191 4.7 80 5
29 2
6.5 199 3.2 80 5
29 3
6.1 201 3.5 80 5
29 4
5.6 198 4.2 80 5
29 5
5.2 200 4.7 80 5
29 6
6.1 204 3.1 80 5
29 7
5.5 193 3.9 80 5
29 8
5.4 206 2.2 80 5
29 9
5.5 225 0.1 80 5
29 10 5.0 219
-1.0 80 5-29 11 4.7 343
-1.3 80 5
29 12 6.0 63
-0.8 80 5
29 13 7.5 61 1.1 80 5
29 14 8.6 90 0.5 80 5
29 15 8.3 94 0.6 80 5
29 16 9.9 103 0.5 80 5
29 17 8.4 110 0.9 80 5
29 18 8.0 107 4.6 80 5
29 19 6.1 104 5.6
Page 73 of 96
.Date 35-ft Wind Speed 35-ft Wind AT 250 ft-35 ft YR MN DY Hour (moh)
Direction _
(OF) 80 5
29 20 4.8 132 7.4 80 5
29 21 5.8 167 3.5 80 5
29 22 5.9 184 1.7 80 5
29 23 6.1 202 1.2 80 5
29 24 6.6 212 0.7 80 5
30 1
8.0 205 0.7 80 5
30 2
9.2 207 0.6 80 5
30 3
9.2 213 0.4
-80 5
30 4
6.9 206 0.2 80 5
30 5
8.2 207 0.9 80 5
30 6
8.5 202 0.3 80 5
30 7
9.2 197 0.1 80 5
30 8
10.3 207
-0.4 80 5
30 9
7.9 193
-0.8 80 5
30 10 9.5 198
-0.4 80 5
30 11 14.0 207
-1.4 80 5
30 12 14.0 207
-1.8 80 5
30 13 16.5 219
-1.5 80 5
30 14 16.4 216
-1.6 80 5
30 15 17.3 218
-1.3 80 5
30 16 17.5 208
-1 1 80 5
30 17 18.8 243
-0.7 80 5
30 18 6.9 196
-0.9 80 5
30 19 11.1 169
-0.7 i
80 5
30 20 8.2 183
-0.7 80 5
30 21 S.9 176
-0.5 i
80 5
30 22 9.7 180
-0.4 80 5
30 23' 13.0 194
-0.3 80 5
30 24 14.0 202
-0.5 80 5
31 1
13.3 201
-0.4
)
80 5
31 2
11.8 254
-0.4 80 5
31 3
10.9 231
-0.2 80 5
31 4
9.0 207 0.7 80 5
31 5
8.6 209 0.3 60 5
31 6
9.1 220
-0.1 80 5
31 7
10.8 230
-0.5 80 5
31 8
14.5 231
-1.0 80 5
31 9
18.3 232
-1.2 80 5
31 10 21.6 244
-1.1 80 5
31 11 22.3 258
-1.2 80 5
31 12 22.2 254
-1.6 80 5
31 13 20.0 260
-1.7 80 5-~31 14 20.4 271
-1.7 80 5
31 15 20.3 269
-1.7 80 5
31 16 20.a 272
-1.7 80 5
31 17-18.3 271
-1.5 U
Page 74 of 96 Date 35-ft Wind Speed 35-ft Wind oT 250 ft-35 ft YR MN DY Hour (moh)
Direction (OF) 80 5
31 18 18.2 273
-1.3 80 5
31 19 15.6 277
-1.0 80 5-31 20 11.2 300
-0.8 80 5
31 21 10.4 295
-0.1 80 5
31 22 7.7 299 1.1 80 5
31 23 8.4 315 0.2 80 5
31 24 6.2 313 0.4 80 6
1 1
4.0 311 0.4 80 6
1 2
3.1 207 1.9 80 6
1 3
8.8 12 2.6 80 6
1 4
13.1 69
-1.1 80 6
1 5
12.6 79
-1.1 80 6
1 6
10.9 89
-- 1. 2 80 6
1 7
10.8 105
-1.3 80 6
1 8
10.1 101
-1.5 80 6
1 9
11.2
. 92
-1.6 80 6
1 10 11.9 96
-1.7 80 6
1 11 10.3 98
-1.5 80 6
1 12 9.1 89
-1.3 80 6
1 13 14.1 89
-1.2 80 6
1 14 16.9 85
-0.6 80 6
1 15 13.7 100 0.5 80 6
1 16 9.3 113 1.4 80 6
1 17 9.9 202 1.9 80 6
1 18 19.6 228
-1.3 80 6
1 19 18.4 231
-0 5 80 6
1 20 14.2 229
-0.4 80 6
1 21 8.8 218
-0.2 80 6
1 22 9.5 246
-0.2 80 6
1 23 9.9 263
-0.5 80 6
1 24 10.0 229
-0.4 80 6
2 1
16.7 215
-0.5 80 6
2 2
15.5 203
-0.3 80 6
2 3
9. 2.
186
-0.3 80 6
2 4
6.2 182 0,1 80 6
2 5
9.2 196
-0.1 80 6
2 6
11.1 206 0.2 80 6
2.7 9.4 207
-0.2 80 6
2 8
12.0 217
-0.5 80 6
2 9
15.5 208
-0.4 80 6
2 10 12.0 269
-1.0 80 6
2 11 9.6 246
-1.3 80 6
2 12.
11.3 239
-1.7 80 6
2 13 14.7 237
-1.6 80 6
2 14 18.5 246
-1.2 80 6
2 15 15.9 250
-0.7
U 4
yage 75 of 96 Date 35-ft Wind Speed 35-ft Wind AT 250 ft-35 ft YR MN DY Hour (moh)
Direction (OF)
UO 6
2 16 17.0 232
-0.4 80 6
2 17 8.5 196
-0.8 80 6
2 18 7.1 240
-1.2-80 6
2 19 6.1 251
-1.0 80 6
2 20 5.3 246
-0.4
-80 6
2 21 4.8 232 0.5 80 6
2 22 4.3 195 0.6 80 6
2 23 50 182
-0.2 80 6
2 24 2.3' 180
-0.6 80 6
3 1
3.3 181
-0.5 80 6
3 2
4.6 51
-0.4 80 6
3 3
4.5 49
-0.1 80 6
3 4
4.9 134 0.5 80 6
3 5
4.4 164 1.1 80 6
3 6
7.2 221 0.9 80 6
3 7
13.9 247
-0.7 80 6
3 8
14.8 274
-0.7 80 6
3 9
16.3 298
-1.2 80 6
3 10 13.3 315
-1.6 80 6
3 11 11.7 320
-1.7 80 6
3 12 10.2 14
-1.4 80 6
3 13 8.0 32
-1.1 80 6
3 14 7.1 45
-1.3 80 6
3 15 6.8 31
-1.5 80 6
3 16 7.3 27
-1.6 80 6
3 17 5.8 61
-1.4 80 6
3 18 4.2 70
-1.0 80 6
3 19 3.0 100
-1.1 80 6
3 20 6.4 82
-0.9 80 6
3 21 5.0 88
-1.0 80 6
3 22 4.8 79
-0.9 80 6
3 23 6.5 99
-0.9 80 6
3 24 4.6 98
-0.9 80 6
4 1
2.4 101
-0.9 80 6
4 2
2.4 221 0.6 80 6
4 3
2.4 259 1.0 80 6
4 4
3.5 265 1.4 80 6
4 5
3.9 283 2.3 80 6
4 6
3.8 275 2.8 80 6
4 7
4.6 289 2.0 80 6
4 8
10.2 12
-1.6 80 6
4 9
7.1 13
-1.9 80 6
4 10 5.8 353
-1.8 80 6
4 11 6.9 349
-1.9 80 6
4 12 7.2 355
-1.9 80 6
4 13 7.1 1
-1.8
-~
Page 76 of 96 Date 35-ft Wind Speed 35-ft Wind aT 250 f t-35 f t YR MN DY Hour (mph)
Direction (DF) 80 6
4 14' 6.3 32
-1.7 80 6-4 15.
6.5 53
-1.5 80 6
4 16 7.4 63
-1.5 80 6
4 17 7.0 75
-1.6 80 6
4 18 6.4 76
-1.5 80
'6 4 19 6.7 83
-1.3 80 6
4 20 8.1 103
-1.1 80 6
4 21 9.6
,89
-1.1 80 6
4 22 9.3 88
-1.0 80 6
4 23 6.5 85
-0.9 80 6
4 24 6.5 78
-0.8 80 6
5 1
6.4 79
-0.8 80 6
5 2
6.5 70
-0.7 80 6
5 3
5.7 73
-0.7 80 6
5 4
2.8 106 0.3 80 6
5 5
2.7 181 2.8 80 6
5 6
4.5 171 2.4 80 6
5 7
4.0 200 0.7 80 6
5 8
6.5 147
-1.2 80 6
5 9
8.0 150
-1.5 80 6
5 10 8.6 154
-1.5 80 6
5 11 9.0 153
-1.6 80 6
5 12 9.4 147
-1.7 80 6
5 13 8.8 142
-1.6 80 6
5 14 11.2 93
-2.0 80 6
5 15 11.6 93
-2.1 80 6
5 16 11.7 92
-1.9 80 6
5 17 10.6 102
-1.6 80 6
5 18 9.7 93
-1.3 80 6
5 19 13.1 60
-1.3 80 6
5 20 14.3 133
-0.8 80 6
5 21 10.7 135
-0.7 80 6
5 22 10.9 145
-0.3 80 6
5 23 12.2 149
-0.5 80 6
5 24 11.4 128
-0.7
- 80 6
6 1
16.2 113
-0.6 80 6
6 2
12.9 139
-0.3 80 6
6 3
13.0 156
-0.6 80 6
6 4
12.1 155
-0.8 80 6
6 5
11.0 160
-0.7 80 6
6 6
8.7 174
-0.6 80 6
6 7
7.4 197
-0.2
' 80 6
6 8
7.7 197
-0.1
- 80 6
6 9
14.7 175
-1.1 80 6
6 10 15.0 202
-1.4
. 80 6
6 11 13.1 219
-1.5 m
'N
Page 77 of 96 Date 35-ft Wind Speed 35-ft Wind nT 250 ft-35 ft YR MN DY ' Hour (moh)
Direction (OFI 80 6
6 12 13.4 231
-1.3 80 6
6 13 15.8 245
-1.1 80 6
6 14 17.6 270
-0.8 80 6
6 15 18.5 277
-1.0 80 6
6 16 17.0 283
-1.3 80 6
6 17 14.4 285
-1.2 80 6
6 18 13.9 280
-1.0 80 6
6 19 10.6 282
-0.6 80 6
6 20
-6.7 301 0.4 80 6
6 21 6.9 288 2.1 80 6
6 22 6.3 305 2.2 80 6
6 23 6.5 343 2.1 80 6
6 24 6.9 49 0.3 80 6
7 1
6.0 95
-0.5 80 6
7 2
4.9 114
-0.6 80 6
7 3
5.3 121
-0.7 80 6'
7 4
6.7 120
-0.9 80 6
7 5
7.6 119
-0.8 80 6
7 6
6.5 136
-0.7 80 6
7 7
7.6 134
-1.1 80 6
7 8
7.8 116
-1.0 80 6
7 9
7.4 105
-1.1 80 6
7 10 5.8 129
-0.2 80 6
7 11 6.3 122
-0.6 80 6
7 12 5.5 107 3.6 80 6
7 13 4.8 149 1.6 80 6
7 14 5.7 182
-0.1 80 6
7 15 6.2 198
-0.7 80 6
7 16 5.9 194
-1.5 80 6
7 17 6.2 186
-1.1 80 6
7 18 4.8 199
-0.6 80 6
7 19 14.2 238 0.1 80 6
7 20 12.8 223
-0.3 80 6
7 21 9.1 241 0.0 80 6
7 22 9.4 273 0.1 80 6
7 23 9.7 255
-0.4 80 6
7 24 12.4 280
-0.2 80 6
8 1
15.9 290
-0.5 80 6
8 2
15.5 307
-0.7 80 6
8 3
16.4 311
-0.7 80 6
8 4
21.0 318
-0.8 80 6
8 5
21.0 324
-0.8 80
'6 8
6 22.1 317
-1.0 80 6
8 7
24.0 321
-1.1 80 6
8 8
22.1 323
-1.3 80 6
8 9
17.4 323
-1.7 tL
Page 78 of 96 Date 35-ft Wind Speed 35-ft Wind AT 250 ft-35 ft YR MN DY 11our (mph)
Direction
(*F) 80 6
8.10 18.1 312
-1.8 80 6
8 11 17.4 313
-2.1 80 6
8 12 17.9 305
-2.1 80 6
8 13 19.2 307
-2.1 80 6
8 14 19.2 308
-2.3 80 6
8 15 18.3 312
-2.1 80 6
8 16 17.4 311
-1.9 80 6
12 20 7.4
- 119
-0.5 80 6~
12 21 4.2 134 1.5 80 6 -12 22-2.3 169 2.4-80 6
12 23 3.4 169 5.8 80 6
12 24 3.3 176 6.3 80 6
13 1
3.0 181 4.9 80 6
13 2
3.8 175 3.4 194 3.3 80 6
13 3
3.8 80 6
13 4
4.3
.193 4.1 80 6
13 5
4.5 196 4.0 80 6
13 6
5.1 206 3.0 80 6
13 7
4.3 204 2.1 80 6
13 8
5.5 203
-0.4 80 6
13 9
6.4 203
-- 1. 3 80 6
13 10 7.5 216
-1.6 80 6
13 11 7.6 209
-1.6 80 6
13 12 7.5 204
-1.8 l
80 6
13 13 7.3 202
-1.8 NOTE:
j j
The value of 899.98 for Wind Speed or Delta T and the value of
'999* for Wind Direction indicates missing data.
i e
1 e
Page 79 of 96 TABLE 6 SEMIANNUAL MAXIMUM INDIVIDUAL DOSE (GASEOUS)
JANUARY 1, 1980 THROUGH JUNE 30, 1980 DOSE DUE TO RELEASE OF NOBLE GAS WHOLE BODY DOSE (MREM)
Critical Critical Critical Critical Critical 4
Sector Distance Age Organ Dose First Quorter NNE 966. (M)
NA W Body 2.92E-03 Second Quarter NNE
_966.
(M)
NA W Body 2.12E-03 5.04E-03 Semiannual Total NNE 966. (M)
NA W Body SKIN DOSE (MREM)
Critical Critical Critical Critical Critical Sector Distance Age Organ Dose First Quarter.
NNE 966. (M)
NA Skin 1.74E-02 Second Quarter NNE 966. (M)
NA Skin 1.67E-02 Semiannual Total NNE 966. (M)
NA Skin 3.41E-02 1
l 1
'I i
f
=
Page 80 of 96 TABLE 7 SEMIANNUAL MAXIMUM INDIVIDUAL DOSE (GASEOUS)
JANUARY 1, 1980 THROUGI! JUNE 30, 1980 DOSE DOE TO RELEASE OF 113 RADIOIODINES AND PARTICULATES WIlOLE BODY DOSE (MREM)
Critical Critical Cr.ttical Critical Critical Sector Distance Age-Organ Dose First Quarter W
966. (M) Child W Body 3.44E-04 Second Quarter WSW 1126. (M) Child W Body 4.23E-04 Semiannual Total W
9'66. (M), Child W Bod-j 7.43E-04 SIGNIFICAN1' ORGAN DOSE (MREM)
Critical Critical Critical Critical Critical Sector Distance Age Organ Dose First Quarter W
966. (M) Child Thyroid 4.94E-3 Second Quarter WSW 1126. (M) Child Thyroid 6.57E-3 Semiannual Total WSW 1126. (M) Child Thyroid 1.07E-2 i
l l
4 k
g
(
r y
e m e -
mw--
t
?
Page 81 of 96 TABLE 8 SEMIANNUAL POPULATION DOSE (GASEOUS)
JANUARY 1, 1980 THROUGH JUNE 30, 1980 DOSE DUE TO RELEASE OF NOBLE GAS Total Integrated Average Dose to-Population Dose Individuals In Population (Manrem)
(Mrem)
Whole Body Whole Body First Quarter 1.52E-02 6.83E-06 Second Quarter 1.21E-02 5.44E-06 Semiannual Total 2.73E-02 1.23E-05 e
y
Page 82 of 96 TABLE 9 SEMIANNUAL POPULATION DOSE (GASEOUS)
JANUARY.1, 1980 TIIROUGH~ JUNE 30, 1980 DOSE DUE TO RELEASE OF H3 RADIOIODINES AND PARTICULATES Total Integrated Average Dose to Population Dose
' Individuals In Population (Mrem)
(Manrem)
Whole Body Whole Body First Quarter 3.33E-04 1.50E-07 Second Quarter 1.20E 5.93E-07 Semiannual Total 1.53E-03 7.43E-07
+
O t
)
1
Page 83 of 96 TABLE 10 SEMIANNUAL POPULATION DOSE -(LIQUID)
JANUARY 1, 1980 T11ROUG11~ JUNE 30, 1980 Tctal Integrated Average Dose to Population Dose Individuals In Population (f4anrem)
(Mrem)
Whole Body Whole Body First Quarter 3.60E-01:
- 1. 6 0E-04 Second Quarter 2.70E-01 1.20E-04 Semiannual Total 6.30E-01 2.80E-04 a
e l
l l
l 1
l f
a
PrgJ 84 of 96 TABLE 11
' SEMIANNUAL MAXIMUM INDIVIDUAL DOSE (LIQUID)
JANUARY 1, 1980 T11 ROUGH JUNE 30, 1980
-Critical Receptor : 0.6 miles NW of discharge Whole Body Dose Significant Organ Dose (MREM)
(MREM)
Critical Critical Critical Critical Crit 2. cal Age Dose Aqd
_ Organ Dose First Qua2.ter Adult 8.40E-02 Teen Liver 1.20E-01 Second Adult o.40E-02 Te. a Liver 9.20E-02 Quarter Semiannual Adult 1.48E-01 Teen L2.ver 2.12E-01 Total I
0 e
t
, j f' % @ %.,
1-
.P !;.0
- l
,,,4 ;.. -w 3
w, j
Page 85 of 96
- >%;d e;
s TABLE 12 DAVIS-BESSE FIRST CUARTER (JANUARY 1, 1980-MARCH 31, 1980)
CONTINUOUS hELEASE AVERAGE X/Q VALUES (SEC/M3)
,i l
Receptor Distance :b) Miles Sector 0.500 1.500 2.500 3.500 4.500 N
1.030E-06 1.430E-07 6.220E-08 3.740E-08 2.590E-08 i
NNE 1.040E-06 1.4 8 0E-07 6.37DE-08 3.800E-08 2.620E-08 l
NE 1.030E-06 1.680E-07 7.740E-08 4.750E-08 3.330E vE ENE 1.250E-06 2.160E-07 9.840E-08 5.930E 4.080E-
- [
E 1.740E-06 3.100E-07 1.480E-07 9.170E-0 8 6.440E-08 ESE 1.180E-06 1.730E-07 7.580E-08 4.570E-08 3.180E-03, SE 9.310E-07
- 1. 44 0E-07 7.060E-08
- 4. 410E-0 8 3.0909.-08 S
3.540E-07
- 7. 070E-0 8 3.870E-08 2.620F~98 1.9402-08
'l SSW 3.980E-07 9.800E-08 4.9n0E-08 2 05ux-JJ 2.110E-08 r,
J SW 3.870E-07 9.74 0E-0 8 5.280E-ud 3.0 "a* -0 3 2.470E-08
', o aot--J d 2.690E-08 i
WSW 8.090E-07 1.350E-07 6.200E-08 W
8.680E-07 1.470E-07 6.740?-Go 6 280E-08s 2.810E WNW 3.37 0E-07 6.790E-0 8 3.660P-08
,.440E-3a J1.780E-08 NW 4.430E-07
- 7. 470E-0 8 3.960E-Ob
.. ! ";? -L 8,11.960E-08 NNW 4.420E-07 7.160E-0 8 3.620E-08 2.360E-08 1.710E-08 Receptor Distance in Miles Sector 7.500 15.000 25.000 35.000 45.000 N
1.260E-08 5.400E-09 2.950E-09 1.970E-09 1.460E-09 NNE 1.290E-08
- 5. 600E-0 9 3.100E-09 2.090E-09 1.550E-09 NE 1.650E-08 7.050E-09 3.830E-09 2.540E-09 1.860E-09 ENE 1.960E-08 8.260E-0 9 4.390E-09 2.820E-09 2.050E-09 E
3.190E-08 1.39 0E-0 8 7.430E-09 4.820E-09 3.630E-09 ESE 1.570E-08 6.980E-09 3.960E-09 4.110E-09 2.980E-03 SE 1.530E-08
1.040E-08 5.72 0E-0 9 5.140E-09 3.540E-09 2.570E-09
~'
SSW 1.010E-08 4.450E-09 2.430E-09 1.600E-09 1.130E-09 SW 1.320E-08 7.600E-09 4.350E-09
- 3. 810E-0 9 2.750E-09 3
WSW 1.360E-08
- 5. 830E-0 9 3.070E-09 2.010E-09 1.460E-09 W
1.350E-08 5.620E-09 3.010E-09 2.000E-09 1.460E-09 WNW 9.320E-09 4.200E-0 9 2.550E-09 1.750E-09 1.450E-09 rA NW 1.040E-08
- 4. 610E-0 9 2.790E-09 1.930E-0 9 1.650E-09 NNW 8.920E-09 3.920E-09 2.190E-09 1.520E-09 1.110E ',
'06 7<
S
,es G
~
D Y
Page 86 of 96 TABLE 12 (Cont)
DAVIS-BESSE FIRST QUARTER (JANUARY 1, 1979-MARCH 31, 1980) 00!CINUOUS RELEASE AVERAGE D/Q VALUES (1/Ma)
Receptor Distance in Miles
,j3ector 0.500 1.500 2.500 3.500 4.500 N
1.260E-08 1.270E-09 4.080E-10 1.990E-10 1.170E-10 NNE 1.300E-08 1.370E-09 4.510E-10 2.220E-10 1.310E-10 NE 1.270E-08 1.540E-09 5.410E-10 2.740E-10 1.640E-10 ENE 2.620E-08 3.0 60E-0 9 1.060E-09 5.310E-10 3.170E-10 E
2.950E-08 3.730E-09 1.330E-09 6.750E-10 4.040E-10 ESE 1.980E-08 2.130E-09 7.120E-10 3.530E-10 2.090E-10 t
SE 1.590E-08
6.180E-09 7.870E-10 2.810E-10 1.430E-10 8.580E-11 SSW 7.770E-09 1.290E-09 4.990E-10 2.620E-10 1.590E-10 SW 7.240E-09 1.220E-09 4.740E-10 2.500E-10 1.510E-10 WSW 1.540E-08
- 1. 8 6 0E-0 9 6.500E-10 3.290E-10 1.970E-10 W
1.450E-08 1.890E -09 6.770E-10 3.460E-10 2.080E-10 WNW 4.220E-09 6.200E-10 2.320E-10 1.200E-10 7.280E-11 NW 2.970E-09 5.070E-10 1.980E-10 1.040E-10 6.340E-11 NNW 3.810E-09 5.24 0E-10 1.920E-10 9.890E-11 5.960E-11 Receptor Distance in Miles Sector 7.500 15.000 25.000 35.000 45.000 N
4.250E-11 1.320E-11 5.430E-12 2.970E-12 1.870E-12 NNE 4.800E-11 1.4 9 0E-11 6.230E-12 3.440E-12 2.190E-12 NE 6.040E-11 1.880E-11 7.870E-12 4.360E-12 2.780E-12 ENE 1.170E-10 3.640E-11 1.530E-11
- 8. 4 80E-12 5.410E-12 E
1.500E-10
- 4. 650E-11 1.950E-11 1.0803-12 6.930E-12 ESE 7.640E-11 2.360E-11 9.690E-12 9.600E-12 5.950E-12 SE 8.460E-11 2.590E-11 1.590E-11 8.710E-12 5.420E-12 SSE 7.370E-11 2.270E-11 1.590E-11 8.100E-12 5.040E-12 S
3.180E-11 9.830E-12 9.530E-12 4.400E-12 2.750E-12 SSW 5.960E-11
- 1. 820E-11 1.100E-11 5.850E-12 3.650E-12 SW 5.690E-11 1.730E-11 7.790E-12 6'.720E-12 4.210E-12 WSW 7.440E-11 2.230E-11 9.260E-12 5.300E-12 3.740E-12 W
7.740E-11. 2.420E-11 1.010E-11 5.7 80E-12 5.150E-12 WNW 2.720E-11 8.490E-12 3.570E-12 2.140E-12 3.120E-12 NW 2.380E-11 7.440E-12 3.120E-12 1.900E-12 3.130E-12 NNW 2.210E-11 6.89 0E-12 2.890E-12 1.700E-12 1.210E-12 4
6 9
i Page 87 of 96 TABLE 13 DAVIS-BESSE FIRST QUARTER (JANUARY 1, 198 0-MARCH 31, 1980)
BATCH RELEASE AVERAGE X/Q VALUES (SEC/M3)
Receptor Distance in Miles Sector 0.500 1.500 2.500 3.500 4.500 N
0.0 0.0 0.0.
0.0 0.0 NNE 0.0 0.0 0.0 '
O.0 0.0 NE 0.0 0.0 0.0 0.0 0.0 ENE 6.430E-07 8.940E-08 3.280E-08 1.720E-08 1.0 80E-08 E
9.370E-10 5.550E-08 4.850E-08 3.690E-08 2.830E-08 ESE 1.070E-07 7.940E-08 6.660E-08 5.170E-0 8 4.050E-08 SE 5.490E-10 4.070E-00 3.210E-08 2.250E-08 1.630E-08 SSE 6.750E-07 3.830E-07 2.500E-07 1.680E-07 1.200E-07 S
2.910E-10 3.860E-08 '3.290E-08 2.390E-08 1.760E-08 SSW 0.0 0.0 0.0
- 0.0 0.0 SW 0.0 0.0 0.0 0.0 0.0 WSW 2.010E-06 5.030E-07 2.310E-07 1.330E-07 8.800E-08 W
1.050E-06 2.630E-07 1.210E-07 7.020E-08 4.630E-08 WNW 0.0 0.0 0.0 0.0 0.0 NW 0.0 0.0 0.0 0.0 0.0 NNW 0.0 0.0-0.,0 0.0 0.0 Receptor Distance in Miles Sector 7.500 15.000 25.000 35.000 45.000 N
0.0 0.0 0.0 0.0 0.0 NNE 0.0 0.0 0.0 0.0 0.0 NE 0.0 0.0 0.0 0.0 0.0 ENE 4.440E-09 1.530E-09 7.180E-10 4.340E-10 2.980E-10 E
1.540E-08 6.800E-0 9 3.590E-09 2.310E-09 1.700E-09 ESE 2.290E-08 1.060E-0 8 5.890E-09 4.500E-09 3.220E-09 SE 8.020E-09 3.330E-09 1.600E-09 9.870E-10 6.750E-10 SSE 5.760E-08 2.350E-08 1.150E-08 6.940E-09 4.750E-09 S
8.790E-09 3.610E-09 1.830E-09 1.110E-09 7.580E-10 SSW 0.0 0.0 0.0 0.0 0.0 SW 0.0 0.0 0.0 0.0 0.0 WSW 3.930E-08 1.420E-08 6.700E-09 4.060E-09 2.800E-09 W
2.040E-08 7.400E-09 3.540E-09 2.160E-09 1.490E-09 WNW 0.0 0.0 0.0 0.0 0.0 NW 0.0 0.0 0.0 0.0 0.0 NNW 0.0 0.0 0n0 0.0 0.0
.a Page 88 of 96 TABLE 13 (Cont)
DAVIS-BESSE FIRST QUARTER (JANUARY 1, 1979-MARCH 31, 1980)
BATCH RELEASE AVERAGE D/Q VALUES (1/M2)
Receptor Distance in Miles Sector 0.500 1.500 2.500 _
3.500 4.500 N
0.0 0.0 0.0 0.0 0.0 NNE 0.0 0.0 0.0 0.0 0.0 NE 0.0 0.0 0.0 -
0.0 0.0 ENE 2.830E-08 2.960E-09 9.730E-10 4.790E-10 2.830E-10 E
5.260E-10
- 7. 04 0E-10 3.350E-10 1.880E-10 1.170E-10 ESE 1.530E-09
- 7. 620E-10 3.460E-10 1.920E-10 1.190E-10 SE 5.260E-10 7.04 0E-10 3.350E-10 1.880E-10 1.170E-10 SSE 1.900E-08 7.150E-09 3.170E-09 1.750E-09 1.080E-09 S
5.260E-10
?.040E-10 3.350E-10 1.880E-10 1.170E-10 SSN 0.0 0.0 0.0 0.0 0.0 SW 0.0 0.0 0.0 0.0 0.0
-WSW 4.110E-08 9.080E-09 3.750E-09 2.020E-09 1.230E-09 W
1.960E-08 4.490E-09 1.860E-09 1.000E-09 6.150E-10 WNW 0.0 0.0 0.0 0.0 0.0 NW 0.0 0.0 0.0 0.0 0.0 UNW 0.0 0.0 0.0 0.0 0.0 Receptor Distance in Miles Sector 7.500 15.000 25.000 35.000 45.000 N
0.0 0.0 0.0 0.0 0.0 NNE 0.0 0.0 0.0 0.0 0.0 NE 0.0 0.0 0.0 0.0 0.0 ENE 1.030E-10 3.150E-11 1.280E-11 7.240E-12 4.570E-12 E
4.470E-11 1.410E-11 6.020E-12 3.400E-12 2.200E-12 ESE 4.520E-11 1.420E-11 6.070E-12 1.610E-11 9.500E-12 SE 4.470E-11 1.360E-11 5.590E-12 3.770E-12 2.340E-12 SSE 4.090E-10 1.260E-10 5.450E-11 3.390E-11 2.110E-11 S
4.470E-11 1.410E-11 5.290E-12 3.770E-12 2.340E-12 SSW 0.0 0.0 0.0 0.0 0.0 i
SW 0.0 0.0 0.0 0.0 0.0 WSW 4.650E-10 1.420E-10 5.810E-11 3.210E-11 2.060E-11 i
W 2.320E-10 7.280Er11 2.900E-11 1.600E-11 9.690E-12 j
WNW 0.0 0.0 0.0 0.0 0.0 i
NW 0.0 0.0 0.0 0.0 0.0 NNW 0.0 0.0 0.0 0.0 0.0 l
Page 89 of 96 TABLE 14 DAVIS-BBSSE SECOND QUARTER (APRIL 1, 1980-JUNE 30, 1980)
CONTINUOUS RELEASE AV"2 AGE X/Q VALUES (SEC/M3)
Receptor Distance in Miles Sector 0.500 1.500 2.500 3.500 4.500 N
7.330E-07 9.980E-08 4.450E-08 2.770E-08 1.970E-08 NNE 9.810E-07 1.330E-07 6.030E-08
- 3. 800E-0 8 2.730E-08 NE 2.820E-06 3.420E-07 1.420E-07 8.400E-08 5.810E-08 ENE 2.040E-06 2.820E-07 1.210E-07 7.190E-0 8 4.960E-08 E
1.530E-06
- 2. 330E-07 1.020E-07 6.100E-08 4.180E-08 ESE 9.450E-07
4.170E-07 1.050E-07 6.050E-08 4.150E-08 3.080E-08 SSW 3.580E-07 1.110E-07 6.160E-08 4.010E-08 2.850E-08 SW 3.700E-07 1.180E-07 6.660E-08 4.340E-08 3.090E-08 WSW 6.910E-07
- 1. 59 0E-07 8.320E-08 5.300E-08 3.740E-OB W
6.750E-07 1.370E-07 7.140E-08 4.620E-08 3.300E-08 WNW 4.550E-07 8.950E-08 4.650E-08 3.010E-08 2.150E-08 NW 4.280E-07 8.120E -0 8 4.390E-00 2.910E-0 8 2.110E-08 NNW 7.230E-07 1.080E-07 4.910E-08 3.020E-08 2.110E-08 1
Receptor Distance in Miles Sector 7.500 15.000
_25.000 35.000 45.000 i
N 1.030E-08 4.78 0E-09 2.750E-09
- 2. 470E-0 9 1.840E-09
{
NE 2.900E-08 1.280E-08 7.140E-09 4.830E-09 3.590E-09 ENE 2.430E-08 1.060E-08 5.780E-09
- 3. 760E-0 9 2.780E-09 E
2.000E-08
- 8. 450E-0 9 4.470E-09 2.890E-09 2.150E-09 ESE 1.330E-08 5.760E-09 3.160E-09 2.540E-09 1.820E-09 SE 1.240E-08 5.9 60E-0 9 3.210E-09 2.170E-09 1.550E-09 i
SSE 1.340E-08 7.060E-09 4.320E-09 2.7 80E-0 9 1.990E-09 S
1.650E-08 8.080E-09 4.950E-09 3.200E-09 2.270E-09 SSW 1.430E-08 6.670E-09 3.770E-09 2.520E-09 1.780E-09 SW 1.580E-08 7.350E-09 3.750E-09 2.520E-0 9 1.770E-09 WSW 1.900E-08 7.950E-0 9 4.090E-09 2.640E-09 1.910E-09 W
1.660E-08 7.28 0E-0 9 4.010E-09 2.730E-09 2.020E-09 WNW 1.080E-08
- 4. 660E-0 9 2.680E-09 1.770E-09 1.340E-09 NW 1.100E-08
- 4. 750E-0 9 2.840E-09 1.920E-09 1.540E-09 NNW 1.050E-08 4.460E-09 2.480E-09 1.720E-09 1.260E-09 s
E+
'r Page 90 of 96-TABLE 14 (Cont)
DAVIS.9 ESSE SECOND QUARTER (APRIL 1, 1980-GUNE 30, 1980)
CONTINUOUS RELEASE AVERAGE D/Q VALUES (1/Ma)
Receptor Distance in Miles 1
t Sector 0.500 1.500 2.500 3.500 4.500-N 6.070E-09 6.980E-10 2.380E-10 1.190E-10 7.120E-11
.NNE 8.130E-09 9.140E-10 3.100E-10 1.550E-10 9.200E-11 NE 2.170E-08 2.350E-09 7.820E-10 3.870E-10. 2.300E-10 ENE 2.200E-08 2.750E-0 9 9.720E-10 4.940E-10 2.960E-10 t
E 2.060E-08 2.560E-09 9.020E-10 4.580E-10 2.740E-10 ESE 1.480E-08 1.720E-09 5.910E-10 2.970E-10 1.770E-10 SE' 2.040E-08 2.220E-09 7.320E-10 3.620E-10 2.150E-10 SSE 1.250E-08
- 1. 640E-0 9 S.780E-10 2.950E-10 1.780E-10 S
8.280E-09 1.3 60E-09 5.150E-10 2.700E-10 1.650E-10 I
SSW 6.850E-09 1.360E-09 5.430E-10 2.900E-10 1.770E-10 SW 6.670E-09 1.440E-09 5.870E-10 3.150E-10 1.930E-10 WSW 1.380E-08 2.070E-0 9 7.770E-10 4.040E-10 2.450E-10 i
W 8.330E-09 1.29 0E-0 9 4.900E-10 2.560E-10 1.550E-10 l
WNW 4.900E-09. 8.010E-10 3.070E-10 1.610E-10 9.790E-11 NW 3.030E-09
- 6. 00 0E-10 2.410E-10 1.290E-10 7.860E-11
.10H4 8.330E-09 9.750E-10 3.370E-10 1.700E-10 1.010E-10 Receptor Distance in Miles Sector 7.500 15.000 25.000 35.000 45.000 N
2.630E-11 8.230E-12 3.480E-12
- 1. 950E-12 1.250E-12 NNE.
3.380E-11 1.060E-11 4.430E-12 2.460E-12 1.570E-12 NE 8.420E-11 2.620E-11 1.100E-11 6.090E-12 3.080E-12 ENE 1.100E-10 3.420E-11 1.430E-11 8.060E-12 5.160E-12 E
1.020E-10 '3.180E-11 1.350E-11 7.620E-12 4.910E-12 l-ESE 6.540E 2.030E-11 8.490E-12 7.810E-12 4.840E-12 SE
'7.980E-11 2.490E-11 1.830E-11 8.410E-12 5.230E-12 SSE 6.740E-11 2.130E 1.480E-11 7.670E-12 4.780E-12 S
6.270E 1.99 0E-11 1.320E-11 6.850E-12 4.260E-12 SSW 6.730E-11 2.100E-11 1.100E-11 6.840E-12 4.280E-i; SW-7.330E-11 2.260E-11 9.490E-12 7.350E-12 4.570E-12 WSW 9.250E-11
- 2. 8 60E-11 1.210E-11 6.880E-12 4.670E-12
.W 5.810E-11 1.820E-11 7.610E-12 4.420E-12 5.100E-12 WNW 3.680E-11 1.160E-11 4.860E-12 2.890E-12 3.580E-12 i
NW 2.970E-11 9.320E-12 3.900E-12 2.330E-12 3.260E-12 NNW.
3.720E-11 1.160E-11 4.820E-12 2.800E-12 1.950E-12 I
l-
. ~ _
Page 91 of 96 TABLE 15 DAVIS-BESSE SECOND QUARTER (APRIL 1, 1980-JU10!: 30, 1980) 2 BATCH RELEASE X/Q VALUES (SEC/M3)
Receptor Dintance in Miles Sector 0.500 1.500 2.500 3.500 4.500 N
2.810E-07 4.090E-0 8 2.150E-08 1.480E-08 1.120E-08 NNE 5 170E-07 6.78 0E-0 8 3.290E-08 2.230E-0 8 1.690E-0 8 NE 1.300E-06 1.720E-07 7.470E-08 4.560E-0 8 3.220E-08 ENE 9.150E-07 1.410E-07 6.580E-08 4.140E-08 2.960E-08 E
6.200E-07 1.120E-07 5.570E-08 3.550E-0 8 2.530E-08 ESE 5.360E-07 9.120E-08 4.490E-08 2.870E-0 8 2.070E-08 SE 4.570E-07
.4.260E-07 1.120E-07 5.800E-08 3.740E-08 2.680E-08 S
1.680E-07
- 7. 340E-08 5.410E-08 4.180E-08 3.320E-08 SSW 1.720E-07 8.640E-08 5.970E-08 4.260E-0 8 3.170E-08 SW 2.260E-07 9.910E-08 6.590E-08
- 4. 610E-0 8 3.400E-08 WSW 4.410E-07 1.300E-07 7.960E-08 5.460E-08 4.010E-08
^
W 2.590E-07 7.120E-0 8 4.810E-08 3.530E-08 2.710E-08 WNW 2.250E-07 4.730E-0 8 2.880E-08
- 2. 0 80E-0 8 1.590E-08 NW 2.010E-07 4.4 60E-0 8 3.010E-08 2.240E-08 1.740E-08 NNW 2.090L-07 4.690E-0 8 2.650E-08 1.820E-08 1.350E-08 Receptor Dintance in Miles Sector
' '00 15.000
,25.000 35.000 45.000 N
6.340E-09 3.050E-09 1.780E-09 1.230E-09 9.320E-10 NNE 9.740E-09 4.760E-0 9 2.790E-09 1.940E-0 9 1.470E-09 NE 1.670E-08 7.730E-0 9 4.440E-09 3.060E-09 2.300E-09 ENE 1.530E-08
- 6. 97 0E-0 9 3.870E-09 2.540E-09 1.880E-09 E
1.290E-08 5.770E-09 3.140E-09 2.050E-09 1.560E-09 ESE 1.080E-08 4.940E-09 2.810E-09 2.520E-09 1.810E-09 SE 1.180E-08
1.950E-08 1.030E-08 6.690E-09 4.350E-09 3.110E-09 SSW 1.670E-08 8.04 0E-0 9 4.550E-09 3.050E-0 9 2.140E-09 SW 1.810E-08 8.390E-09 4.260E-09
1.510E-08 7.120E-0 9 4.080E-09 2.860E-09 2.150E-09 inni 8.920E-09 4.210E-0 9 2.610E-09 1.780E-09 1.400E-09 NW 9.850E-09 4.5103-09 2.750E-09 1.870E-09 1.490E-09 NNW 7.270E-09 3.2 80E-0 9 1.870E-09 1.330E-09 9,760E-10 t
e w
.y Page 92 of 96 TABLE 15 (Cont) p' DAVIS-BESSE SECOND QUARTER (APRIL 1, 1980-JUNE 30, 1980)
BATCH RELEASE D/Q VALUES (1/M) l
' Receptor Distance in Miles Sector-0.500 1.500 2.500 3.500 4.500 N
2.310E-09 2.560E-10 8.630E-11 4.300E-11 2.550E-11 NNE 3.110E-09 4.120E-10 1.490D-10 7.660E-11 4.600E-11 NE 1.130E-08 1.530E-09 5.530E-10 2.840E-10 1.710E-10 ENE 9.750E-09 1.570E-09 5.980E-10 3.130E-10 1.900E-10 E
9.170E-09 1.530E-09 5.860E-10 3.080E-10 1.870E-10 ESE 8.580E-09 1.370E-09 5.210E-10 2.730E-10 1.660E-10 SE 9.470E-09 1.380E-0 9 5.040E-10 2.610E-10 1.580E-10 SSE-1.200E-08
- 2. 00 0E-0 9 7.580E-10 3.980E-10 2.430E-10 S
6.960E-09 1.530E-09 6,.200E-10 3.330E-10 2.040E-10 SSW 4.660E-09 1.520E-0 9 6.580E-10 3.600E-10 2.220E-10 SW 5.480E-09 1.740E-09 7.530E-10 4.120E-10 2.540E-10 WSW 1.100E-08 2.270E-0 9 9.200E-10 4.920E-10 3.010E-10 W
3.310E-09 9.170E-10 3.900E-10 2.120E-10 1.300E-10 WNW 3.320E-09 5.660E-10 2.170E-10 1.140E-10 6.970E-11 NW 1.490E-09 4.690E-10' 2.040E-10 1.120E-10 6.870E-11 NNW 2.190E-09 4.770E-10 1.960E-10 1.050E-10 6.450E-11 Receptor Distance in Miles Sector 7.500 15.000 25.000 35.000 45.000 N
9.340E-12 2.900E-12 1.200E-12 6.610E-13, 4.190E-13 NNE 1.710E-11 5.310E-12 2.220E-12 1.2305-12 7.860E-13 NE 6.380E-11 2.0102-11 8.580E-12 4.840E-12 3.120E ENE 7.150E-11 2.250E-11 9.650E-12 5.450E-12 3.530E-12 E
7.080E-11 2.250E-11 9.750E-12 5.580E-12 3.630E-12 ESE 6.240E-11 1.970E-11 8.290E-12 8.350E-12 5.210E-12 SE 6.030E-11 1.910E-11 1.530E-11 8.280E-12 5.170E-12 SSE 9.300E-11 2.950E-11 2.100E-11 1.000E-11 6.200E-12 S
7.830E-11 2.490E-11 1.740E-11 8.630E-12 5.260E-12 SSW 8.490E-11 2.6 60E-11 1.220E-11 8.070E-12 5.060E-12 SW 9.680E-11 3.010E-11 1.270E-11 9.160E-12 5.770E-12 WSW 1.150E-10 3.580E 1.520E-11 8.810E-12 5.920E-12 W
4.960E-11 1.570E-11 6.660E-12 3.940E-12 3.590E-12 WNW 2.650E-11 8.470E-12 3.670E-12 2.350E-12 3.990E-12 NW 2.610E-11 8.200E-12 3.470E-12 2.110E-12 3.330E-12 NNW 2.430E-11
- 7. 630E-12 3.230E-12 1.910E-12 1.320E-12 i
l
1 Page 93.of 96 a
TABLE 16 DAVIS-BESSE FIRST QUARTER (JANUARY 1, 1980-MARCH 31, 1980)
CONTINUOUS RELEASE X/Q VALUES (SEC/M3) AND D/Q VALUES (1/Ma) j e i Receptor Distance X/Q D/Q Sector (Mi.les)
(Meters)
(Sec/ Cub. Meter)
(Per So. Meter)
N 0.45 720.
1.24E-6 1.49E-B f
NNE 0.45 730.
1.24E-6 1.53E-8 NE 0.51 825.
9.99E-7 1.23E-8 i
ENE 0.60 960.
9.84E-7 2.00E-8
)
E 0.75 1210.
1.05E-6 1.67E-8 ESE 0.97 1565.
3.92E-7 5.81E-9 SE O.67 1075.
6. 37E-7 1.06E-8 SSE 0.57 915.
6.02E-7 9.16E-9 S
0.55 880.
- 3.09E-7 5.38E-9 SSW 0.56 900.
3.09E-7 5.71E-9 WSW 0.52 830.
- 7. 63E-7 1.46E-8 W
0.51 815.
8.43E-7 1.41E-8 WNW
-0.52 835.
3.185-7 4.00E-9 NW 0.54 870.
3.92E-7 2.68E-9 NNW 0.46 740.
5.07E-7 4.32E-9 N
.60 966.
7.8 4E-7 9.46E-9 NNE
.60 966.
7.97E-7 9.80E-9 SSE 1.20 1931.
2.39E-8 1.35E-10 S
.90 1448.
1.51E-7 2.37E-9 S
1.10 1770.
1.08E-7 1.52E-9 SSW
.70 1126.
2.77E-7 5.14E-9 SSW 1.20 1931.
1.31E-7 1.96E-9 SW
.71-1148.
- 2. 64E-7 4.74E-9 WSW
.70 1126.
5.18E-7 9.55E-9 WSW 2.70 4345.
5.63E-8 5.57E-10 WSW 5.50 8852.
2.12E-B 1.35E-10
.W
.60 966.
6.74E-7 1.13E-8 W
.70 1126.
5.57E-7 9.22E-9 WNW 1.10 1770.
1.0 4E-7 1.16E-9 WNW
?.80 2897.
5.41E-7 4.34E-10 NW 1.40 2253.
8.21E-8 5.76E-10 NNW
.80 1287.
2.17E-7 1.92E-9.
I 1
..I.
Page 94 of 96 TABLE 17 DAVIS-BESSE FIRST QUARTER (JANUARY 1, 1980-MARCH 31, 1980)
DATCH RELEASE AVERAGE X/Q VALUES (SEC/M3) AND D/Q VALUES (1/M2)
Receptor Distance X/Q D/Q Sector (Miles)
(Meters)_
(Sec/ Cub. Meter)
(Per Sc. Meter)
N 0.45 720.
0.0 0.0 NNE 0.45 730.
0.0 0.0
.NE 0.51 825.
0.0 0.0 ENE 0.60 960.
- 5. 09E-7 2.13E-8 E
0.75 1210.
1.78E-8 1.11E-9 ESZ 0.97 1565.
7.77E-8 1.39E-9 SE 0.67 1075.
5.95E-7 1.75E-8 S
0.55 880.
8.61E-10 6.40E-10 SSW 0.56 900.
0.0 0.0 SW 0.60 965.
0.0 0.0-WSW 0.52 830.
1.92E-6 3.92E-8 W
0.51 815.
1.03E-6 1.92E-8 WNW 0.52 835.
0.0 0.0 NW 0.54 870.
0.0 0.0 NNW 0.46
'740.
0.0 0.0 N
0.60 966.
0.0 0.0 l.
NNE 0.60 966.
0.0 0.0 j.
SSE 1.20 1931.
- 4. 26E-7 9.95E-9 i
I SSE 5.40 8689.
9.23E-8 7.42E-10 S
0.90 1448.
1.92E-8 1.22E-9 S
1.10 1770.
2.97E-8 1.02E-9 ll SSW 0.70 1126.
0.0 0.0 l
SSW 1.20 1931.
0.0 0.0 j,
SW 0.71 1148.
0.0 0.0
{,
WSW 0.70 1126.
1.45E-6 2.96E-8 WSW 2.70 4345.
2.04E-7 3.2bE-9 WSW 5.50 8852.
6.50E-B 8.16E-10 W
0.60 966.
- 8. 62E-7 1.62E-8 W
0.70 1126.
7.56E-7 1.43E-8 WNW 1.10 1770.
0.0 0.0 WNW 1.80 2897.
0.0 0.0 NW 1.40 2253.
0.0 0.0 l
-NNW 0.80 1287.
0.0 0.0 t
.m y
s Page 95 of 96 TABLE 18 DAVIS-BESSE SECOND QUARTER (APRIL 1, 1980-JUNE 30, 1980)
CONTINUOUS RELEASE X/Q VALUES (SEC/M3) AND D/Q VALUES (1/M2)
Receptor Distance X/Q D/Q Sector (Miles)
(Meters)
(Sec/ Cub. Meter)
(Per Sq. Meter)
N 0.45 720.
8.i1E-7 7.11E-9 NNE 0.45 730.
1.17E-6 9.54E-9 NE 0.51 825.
2.73E-6 2.11E-8 ENE 0.60 960.
1.55E-6 1.69E-8 E
0.75 1210.
8.81E-7 1.17E-8.
ESE 0.97 1565.
3.14E-7 4.57E-9 SE 0.67 1075.
6.97E-7 1.34E-8 SSE 0.57 915.
7.29E-7 1.0bE-8 S
0.55 880.
3.74E-7 7.46E-9 SSW 0.56 900.
3.19E-7 6.07E-9 SW 0.60 965.
3.0 9E-7 5.55E-9 WSW 0.52 830.
6.56E-7 1.31E-B W
0.51 815.
6.56E-7 8.11E-9 WNW 0.52 835.
4.29E-7 4.66E-9 NW 0.54 870.
3.81E-7 2.76E-9 NNW 0.46 740.
8.29E-7 9.47E-9 N
.60 966.
5.56E-7 4.64E-9
- NNE
.60 966.
2.0 bE-7 2.70E-9 SSE 5.40 8689.
2.10E-8 1.23E-10 S
.90 1448.
2.02E-7 3.87E-9 s
1.10 1770.
1.51E-7 2.578-9
'SSW
.70 1126.
2.67E-7 4.95E-9 SSW 1.20 1931.
1.40E-7 2.06E-9 SW
.71 1148.
2.73E-7 4.86E-9 WSW
.70 1126.
4.7 4E-7 9.08E-9 WSW 2.70 4345.
7.52E-8 6.70E-10 WSW 5.50 8852.
- 2. 9 6E-8 1.64E-10 W
.60 966.
5.2 9E-7 6.55E-9 W
.70 1126.
4.4 3E-7 5.48E-9 WNW 1.10 1770~
1.38E-7 1.47E
')
i WNW 1.80 2897.
7.06E-8 5.64E-10 NW 1.40 2253.
8.86E-8 6.78E-10 NNW
.80 1287.
3.52E-7 3.96E-9 i
l, t
Pa9e 96 of 96 TABLE 19 1
DAVIS-BESSE SECOND QUARTER (APRIL 1, 1980-JUNE 30, 1980)
BATCH RELEASE X/Q VALUES (SEC/M3) AND D/Q VALUES (1/M2) g Receptor-Distance X/Q D/Q Sector (Miles)
(Meters)
(Sec/ Cub. Meter)
(Per So. Meter)
N 0.45 720.
3.37 E-7 2.73E-9 NNE 0.45 730 6.18E-7 3.64E-9 NE 0.51 825.
1.26E-6 1.10E-8 ENE 0.60 960.
6.97E-7 7.74E-9 E
0.75 1210.
3.64E-7 5.83E ESE 0.97 1565.
1.85E-7 3.29E-9 SE 0.67 1075.
3.3 8E-7 6.80E-9 SSE 0.57 915.
3.80E-7 1.05E-8 s
0.55 880
- 1. 9 0E-7 4.90E-9 WSW 0.52 830.
4.20E-7 1.05E-8 W
0.51 815.
2.52E-7 3.25E-9 WNW 0.52 835.
2.13E-7 3.17E-9 NW 0.54 870.
1.7 8E-7 1.39E-9 NNW 0.46 740.
2.86E-7 2.44E-9 N
.60 966.
2.12E-7 1.75E-9 NNE
.60 966.
3.87E-7 2.39E-9 SSE 1.20 1931.
1.50E-7 3.17E-9 SSE 5.40 8689.
2.10E-8 1.69E-9 3.91E-9 S
.90 1448.
1.05E-7 S
1.10 1770.
8.87E-8 2.72E-9 SSW
.70 1126.
1.35E-7 4.02E-9 SSW 1.20 1931.
9.66E-8 2.17E-9 SW
.71 1148.
1.72E-7 4.63E-9 WSW
.70 1126.
3.13E-7 7.97E-9 WSW 2.70 4345.
7.33E-8 7.99E-10 WSW 5.50 8852.
3.26E-8 2.01E-10 W
.60 966.
2.03E-7 2.86E-9 W
.70 1126.
1.72E-7 2.64E-9 WNW 1.10 1770.
6.93E-8 1.05E-9 WNW 1.80 2897.
3.93E-8 3.95E-10 NW 1.40 2253.
4.72E-8 5.23E-10 NNW
.80 1287.
1.23E-7 1.35E-9 f
1.