A830021, Semiannual Operating Rept, Radioactive Effluents,Jan-June 1983
| ML20092N780 | |
| Person / Time | |
|---|---|
| Site: | Cooper  |
| Issue date: | 06/30/1983 |
| From: | Pilant J NEBRASKA PUBLIC POWER DISTRICT |
| To: | Jay Collins NRC OFFICE OF INSPECTION & ENFORCEMENT (IE REGION IV) |
| References | |
| LQA8300212, NUDOCS 8407050045 | |
| Download: ML20092N780 (200) | |
Text
Dms NEBRASKA PUBLIC POWER DISTRICT COOPER NUCLEAR STATION SEMI-ANNUAL OPERATING REPORT RADIOACTIVE EFFLUENTS DOCKET NUMBER 50-298 January 1,1983 through June 30,1983
!'; p j
'w.:.,
h ? $ Q
',l it
- r j
~ ~....
L
' '~ %~~~. _ _ :-
~~
I D
DO O 000 8
R PDR i
1
- "7etersone <ichshe%"*
Nebraska Public Power District
'LQA8300212 September 6, 1983 Mr. John T. Collins Regional Administrator U.S. Nuclear Regulatory Commission Region IV 611 Ryan Plaza Drive Suite 1000 Arlington, Texas 76011 Subj ect : Semi-Annual Operating Report - Radioactive Effluents Cooper Nuclear Station January 1, 1983 through June 30, 1983 NPO Docket No. 50-298, DPR-46
Dear Mr. Collins:
In accordance with Paragraph 5.4.1.b of the Cooper Nuclear Station Environ-mental Technical Specifications, the Nebraska Public Power District submits the Cooper Nuclear Station Semi-Annual Operating Report - Radioactive Effluents for the period January 1,1983 through June 30, 1983.
In accordance with Reg Guide 10.1, Revision 4, we are enclosing one signed original of the report for your use and one copy to the Document Control Desk.
Should you have any questions or comments regarding this report, please contact me.
Sincerely, db
,~L Jay M. Pilant Technical Staff Manager Nuclear Power Group KMK:cmk Enclosure cc:
Do.cument Control Desk w/ enc.
U.S. Nuclear Regulatory Commission Washington, DC 20555 J
1 NEBRASKA PUBLIC POWER DISTRICT COOPER NUCLEAR STATION f
SEMIANNUAL OPERATING REPORT RADI0 ACTIVE EFFLUENTS January 1, 1983, through June 30, 1983 USNRC Docket 50-298 i
J s
/
Contents Introduction Appendix A: Source Terms Appendix B: Meteorology Appendix C: Dose Calculations I
i l
t I
1 i
f I
t a
INTRODUCTION This report sununarizes meteorological data and doses from radioactive effluents fcr the Cooper Nuclear Station for the period January through June 1983.
' Th2 data presented meet the reporting requirements of Regulatory Guide 1.21 of the U.S. Nuclear Regulatory Conunission (Revision 1, June 1974).
Th2 report is organized into three parts. Appendix A presents the effluent cnd waste disposal source term data.
Appendix B presents a sununary of onsite meteorological data for the report period, including atmospheric diffusion catimates and a description of the atmospheric diffusion model.
Appendix C presents the doses from liquid and gaseous radioactive effluents. Also included in Appendix C are isopleth figures for atmospheric diffusion estimates cnd doses, and a description of the dose calculation models.
I l
l l
l m
?w l
)
o a
f
}
APPENDIX A I
i SOURCE TERMS 3
s 3
r h
I i
l f
I
?
)
CONTENTS a
EFFLUENT AND WASTE DISPOSAL REPORTS 9
m.
EFFLUENI AND WASTE DISPOSAL (January through June 1983)
Cooper Nuclear Station effluent and waste disposal data are presented below in the format prescribed by Ragulatory Guide 1.21.
Fccility:
Cooper Nuclear Station License ~: DPR-46 1.
Regulatory Limits Fission and activation gases a.
Restrictions on gaseous activity release:
Maximum release rate of noble gases and tritium (except for halogens and particulates with half-lives greater than 8 days):
Qs (2.5Eys + 1.255' s) + Qv (7.3Eyv + 77K3v) $ 0.16 g
when averaged over a calendar quarter.
Y gamma g-beta Where Qs and Qv are the quarterly release rates in curies /second of radioisotopes from the stack, reactor building, turbine building, and augmented radwaste building vents; Eys and fyv are the average jamma energies per disintegration of stack and vent effluents; Egs and $3v are the average beta energies from stack and vent e f fluents.
b.&c.
Iodines and particulates with half-lives of greater than 8 da'ys.
The release rates of I-131 and particulates with half-lives greater than 8 days released to the environs as part of airborne effluents shall not exceed:
Os
+
Ov
< 0.08 7.7E-06 2.1E-06 when averaged over a calendar quarter.
Where Qs and Qv are the quarterly release rates in curies per second of I-131 and particulates with half-lives greater than 8 days from the stack, reactor building, turbine, and augmented radweste building vents.
d.
Liquid Effluents Maximum calendar quarter release rate of radioactive liquid effluents (excluding tritium and noble gases): 25 curies.
Maximum activity of discharged liquid radwsste tank (sample tank only):
10 curists.
A1
Maximum radioactivity release concen'tration of discharge channel liquid effluents shall not exceed the values specified in 10 CFR 20,- Appendix B, Table II, Column 2, for unrestricted areas.
2.
- Maximum Permis... le Concentrations No MFC values are required specifically in Cooper Nuclear Station Environ-mental Technical Specifications fort Fission and activiation gases, a.
b.
Iodines, or Particulates with half lives of greater than 8 days.
c.
The equation presented in Section la. under Regulatory Limits provides a method to be used in summing the gaseous airborne effluents from the main stack and vents, which will assure that the release rate does not exceed 10 CFR Part 20 for unrestricted areas.
The equation presented in Ib. and Ic. under Regulatory Limits provides a method to be used in summing airborne halogens and particulates with half-lives greater than 8 days released from the stack and vents to assure that the release rate does not exceed 10 CFR Part 20, Appendix B, Table II, Column 1, for unrestricted areas.
5 d.
Liquid Effluents The maximum permissible concentrations (MPC) used to calculate I
permissible liquid release rates are from 10 CFR 20 Appendix B, Table II, Column 2, and applicable notes to Appendix 8.
3.
Average Energy The average energy (E) of the radionuclide mixtures of fission and acti-vation gases released is as follower let Quarter 2nd Quarter i
EJe = 0.215 Mev/disintegratien E#s = 0.215 Mev/ disintegration Eye = 0.18 Mev/ disintegration lys = 0.18 Mev/ disintegration pv(Rx) = 0.41 Mev/ disintegration pf(Rx) = 0.405 Hev/ disintegration Eyv(Rx) = 0.78 Mev/ disintegration Zyv(Rx) = 0.78 Mev/ disintegration lJy(TC) = 0.38 Phv/ disintegration YJv(TG) = 0.38 Mev/ disintegration,
j Eyv(TC) = 0.75 Mev/ disintegration
~yv(TC) = 0.75 Mev/ disintegration Z
Ipv(ARW) = 0.47 Mev/ disintegration p v(ARW) = 0.38 Mev/ disintegration Eyv(ARW) = 0.81 Mev/ disintegration Eyv(ARW) = 0.75 Mev/ disintegration i
4.
Measurements and Approximations of Total Radioactivity i
l The methodo used to measure or approximate the total radioactivity in effluents and to determine radionuclide composition are as follows i
l I
A2
Fission and activation gases a.
Radioactivity and radionuclide composition is determined by laboratory Celi detector analysis in correlation with continuous gross radioactivity monitoring by a gaseous channel detector in the release pathway.
b.
Iodines Charcoal cartridges provide continuous sample collection. These cartridges are analysed for radioactivity and radionuclide composi-tion in the laboratory by a Cell detector gamma spectrometer.
Continuous radioactivity monitoring of the charcoal cartridge is also provided by a NaI detector in-line with the vent release pathways.
c.
Particulates i
Particulate filters provide continuous sample collection.
These filters are analysed for radioactivity and radionuclide composi-tion in the laboratory by a GeLi detector gamma spectrometer.
Continuous gross radioactivity monitoring the particulate filter is also provided by a NaI detector in-line with the vent release i
pathways.
d.
Liquid effluents Each batch of liquid effluent is analysed for radioactivity and radionuclide composition in the laboratory by a GeLi detector gamma spectrometer. Each batch is also analysed for gross radio-activity by both gross beta and gasmia.
In addition, each batch is monitored for gross radioactivity by a NaI detector in-line with the release pathway.
j So Batch Releases The following information relates to batch releases of Eadioactive materials in liquid and gaseous effluents:
a.
Liquid 1.
Number of batch releases:
115 2.
Total time period of batch releases: 2.86 E+04 minutes 3.
Maximum time period of batch release 7.87 E+02 minutes 4.
Average time period of batch releases 2.48 E+02 minutes 5.
Minimum time period for a batch release: 2.80 E+01 minutse 6.
Average stream flow during periods of release of effluent into a flowing stream 5.94 E+07 liters / minute b.
Caseous 1.
Number of batch releases None I
2.
Total time period for batch releases: N/A 3.
Maximum time period for a batch release N/A
.____.__,-___.37-
- - ~ - - -
4.
Average time period for batch releases: N/A 5.
Minimum time period for batch release N/A i
6.
Abnormal Release a.
Liquid 1.
Number of releases: 0 2.
Total activity released:
None b.
Gaseous 1.
Number of releases 0
2.
Total activity released: None A4
Table 1A.
Effluent and Waste Disposal Semiannual Report Gaseous Effluents - Summation of All Releases Est. Total Unit let Quarter 2nd Quarter Error %
Fission & activistion meses 1.
Total release ci 6.59 E+02 7.61 E+01 2.0 E+01 2.
Average release rate for period pC1/sec 8.47 E+01 9.68 E+00 3.
Percent of Technical Specification limit Iodines 1.
Total Iodine-131 Ci
$ 2.43 E-03
$1.27 E-02 3.0 E+01 2.
Average release rate for period pCi/see
$ 3.12 E-04
$1.62 E-03 3.
Percent of Technical Specification limit Particulates 1.
Particulates with half-lives > 8 days Ci
$ 8.24 E-04
$2.64E-03 5.0 E+01 2.
Average release rate for period pci/sec
< 1.06 E-04
$ 3.36 E-04 3.
Percent of Technical Specification 1 fait 4
Gross alpha radio-activity Ci
$ 4.93 E-06 1E1.09E-05 Tritius 1.
Total release ci 1.38 E+00 2.92 E-01 3.0 E+01 2.
Average release rate for period uCi/sec 1.77 E-01 3.71 E-02 3.
Percent of Technical Specification limit
- The noble gases and tritium are combined in the Technical Specification discharge limit. The first quarter releases were 5.12 E-01% of the allowable lixit, while the second quarter releases were 2.19 E-01% of the allowable limit.
- The Iodine-131 and particulates with half-lives longer than 8 days are combined into one Technical Specification.
The first quarter releases were 9.11 E-02% of the allowable limit, while the second quarter releases were 8.60 E-01%
cf the allowable limit.
s a
n.-
i Table IB.
Effluent and Waste Disposal Semiannual Report Gaseous Effluent - Elevated Release Continuaus Mode Batch Mode
- Nuclides Released Unit let Quarter 2nd Quarter Fission asaest Krypton-85 C1 1.23 E+01 9.92 E-04 Krypton-85m C1 3.13 E+02 2.52 E-02 Krypton-87 Ci 7.96 E-02 6.40 E-06 Krypton-88 Ci 7.96 E+01 6.40 E-03 Xenon-133 Ci 9.48 E+01 7.61 E-03 Xenon-135 Ci Xenon-135m Ci Xenon-138 Ci Krypton-89 Ci Krypton-83m C1 1.02 E+00 8.18 E-05 Xenon-137 Ci Xenon-133m Ci 3.36 E-03 2.70 E-07 Xenon-131m Ci 3.19 E+00 2.56 E-04 Total for period CL 5.04 E+02 4.05 E-02 Iodine s Iodine-131 C1 2.22 E-03 3.52 E-03 Iodine-133 Ci 3.51 E-03 117.82 E-04 Iodine-135 C1 3.33 E-03 5E7.74 E-04 Tota'l for period Ci 9.06 E-03
$15.08 E-03 Particulatest Strontium-89 Ci 1.45 E-05 5.44 E-06 Strontium-90 Ci 1.50 E-06 2.70 E-06 Cesium-134 Ci ts1.44 E 1;2.31 E-06 Ce sium-137 Ci 5;7.79 E-05 511.01 E-05 Barium-lanthanum-140 C1
$E3.54 E-04 5;1.63 E-03 Iodine-131 Ci
< 5.05 E-06 f 3.55 E-05 Cobalt-58 Ci 6.00 E-07 Cobalt-60 Ci 1.61 E-05 6.87 E-06 Manganese-54 C1 6.80 E-07 Total for period Ci
< 4.70 E-04
< 1.69 E-03
- No batch discharges were made.
A6
Table IC.
Effluent and Waste Disposal Semiannual Report Gaseous Effluents - Building Vent Kaleases Nuclides Released Unit 1st Quarter 2nd Quarter
, Fission meses
- Erypton-85 Ci 9.55 E-03 5.31 E-03 Erypton-85m Ci 9.56 E+00 5.22 E+00
{
Erypton-87 C1 2.17 E+01 1.13 E+01 Erypton-88 Ci 2.96 E+01 1.60 E+01 Xenon-133 Ci 1.40 E+01 7.79 E+00 Xenon-135 Ci 3.80 E+01 2.10 E+01
' Xenon-135m Ci 5.44 E+00 1.97 E+00 Xenon-138 Ci 3.11 E+01 9.91 E+00 Erypton-89 Cl 7.75 E-01 1.31 E-02 Erypton-83m Ci 4.72 E+00 2.51 E+00 Eenon-137 Ci 1.95 E+00 6.73 E-02 Xenon-133m Ci 5.48 E-01 3.04 E-01 Xenon-131m C1 2.49 E-02 1.39 E-02 T;tal for period C1 1.55 E+02 7.61 E+01 Iodimes:
Iodine-131 Ci f 2.07 E-04
$9.22 E-03 Iodine-133 C1 g 7.29 E-04
< 1.05 E-03 Iodine-135 Ci
$ 4.34 E-03 33.68E-03 T:tal for period Ci
$ 5.28 E-03 fl.40 E-02
-Particulates 8trontium-89' C1 3.31 E-05 7.40 E-06 Strontium-90 Ci 7.65 E-06
~
3.65 E-05 i'
Cesium-134 Ci fl.90 E-05
$3.39 E-05 Cesium-137 Ci 52.21 E-05
$ 3.79 E-05 Barium-lanthanum-140 Ci fl.96 E-04 6 2.44 E-04 Iodine-131 Ci
$2.88 E-05
$ 5.82 E-05 Cobalt-58 C1 2.59 E-05 Cobalt-60 C1 4.71 E-05 4.09 E-04 Manganese-54 Ci 7.40 E-07 5.49 E-05 Chromium-51 Cl 4.10 E-05 Eine-65 Ci 4.15 E-06 T;t31 fir period C1
$ 3.54 E-04
$ 9.53 E-04 i
A7
7 Table 2A.
Effluent and Waste Disposal Semiannual Report Liquid Effluents - Summation of All Releases Est. Total Unit let Quarter 2nd Quarter Error %
Fission & activation products 1.
Total release (not includ-ing tritium, gases, alpha)
Ci (1.91 E+00
$ 5.38 E+00 2.0 E+01 2.
Average diluted concentra-tion during period pCi/mi
$ 1.11 E-07
$3.30 E-07 e
3.
Percent of applicable limit 7.64 E+00 2.15 E+01 Tritium 1.
Total release Ci
< 2.50 E+00
< 2.56 E+00 2.0 E+01
~
2.
Average diluted concen-
~
tration during period pCi/ml
$1.45 E-07 9(1.57 E-07 3.
Percent of applicable limit 4.83 E-03 5.23 E-03 Dissolved and entrained gases 1.
Total release ci
$7.65 E-03
$E4.19 E-02 5.0 E+01 2.
Average diluted concen-tration during period gci/mi
< 4.45 E-10 3.
Percent of applicabl6
$ 2.74 E-09 limit Gross aloha radioactivity 1.
Total release ci
$ 2.06 E-03
$3.37 E-03 5.0 E+01 Volume of waste released (prior to dilution) liters 2.78 E+06 4.90 E+06 1.0 E+01 Volume of dilution water used during period liters 1.72 E+10 1.63 E+10 1.0 E+01
- None applicable A8
[_
Table 25.
Effluent and Waste Disposal Semiannual Report Liquid Effluents Continuous Mode
- Batch Mode Nuclides Released Unft let Quarter 2nd Quarter Strontium-89 C1 1.18 E-01 3.21 E-03 Strontium-90 Ci 1.39 E-03 1.81 E-03 Strontium-92 C1 2.98 E-05 Ceslum-134 Ci 2.05 E-01
$ 8.45 E-01 Cesium-135 C1 1.19 E-02 Cesium-137 Ci 3.66 E-01
$ 9.77 E-01 Iodine-131 C1 C1.04 E-02
$ 2.63 E-01 Cobalt-58 Ci
$ 1.42 E-02
$ 3.65 E-01 Cobalt-60 Cl 5.63 E-01 f 1.71 E+00 Iron-59 Ci
$ 3.88 E-03 g 9.75 E-03 Zine-65 Ci
$1.62 E-02
$ 2.81 E-02 Manganese-54 Ci 5.58 E-02
$ 5.63 E-01 Chromium-51 Ci 1.06 E-01
< 8.00 E-02 Ant imony-124 Ci 53.73E-02 Zirconium-niobium-95 Ci f 9.25 E-03 C 2.31 E-02 Molybdenum-99 Ci f 1.01 E-02
$ 6.00 E-02 Tmhneeium-99a ci G4.33 E-03
< 8.54 E-03 Barium-lanthanua-140 Ci
$ 1.08 E-02 53.53E-02 Cerium-141 Ci
$ 5.05 E-03
$ 1.34 E-02 Silver-110m Ci 3.37 E-02 1.62 E-02 Sodium-24 C1 3.62 E-02 9.86 E-04 Unidentified Ci
$ 3.42 E-01
< 3. 27 E-01 T;tal for period chove Ci
$ 1.91 E+00
< 5.38 E+00 Xenon-133 C1
$ 4.87 E-03
< 3.38 E-02 Xenon-135 Ci f2.78 E-03
{8.12E-03
- No continuous mode discharges made.
i i
l l
A9
_ ~.
Table 3.
Effluent and Wste Disposal Semiannual Report Solid Wate and Irradiated Fuel Shipments Period January 1, 1983, to June 30, 1983 A.
SOLID WASTE SHIPPED OFFSITE FOR BURIAL OR DISPOSAL (not irradiated fuel) l 6-Month Est. Total 1.
Type of waste Unit Period Error %
3 a.
Spent resins, filter sludges, m
1.17 E+02 15 evaporator bottoms, etc.
Ci 4.52 E+02 b.
Dry compressible waste, a
1.70 E+02 25 contaminated equipment, etc.
Ci 4.45 E-01 c.
Irradiated components, a
None control rods, etc.
Ci d.
Other a
None Ci 2.
Estimate of major nuclide composition (by type of waste), percent a.
Chromium-51 2.24 E+01 Cobalt-60 3.39 E+01 Cobalt-58 4.89 E+00 knganese-54 1.06 E+01 Zinc-65 1.54 E+00 Silver-110m 1.36 E+00 Iodine-131 9.97 E-01 Cesium-137 1.32 E+01 Cesium-134 1.02 E+01 Zirconium-niobium-95 6.60 E-02 Barium-lanthanum-140 7.95 E-01 Cerium-141 2.24 E-02 Cesium-136 1.64 E-02 b.
Chromium-51 2.64 E+00 Cobalt-60 4.96 E+01 Cobalt-58 4.67 E+00 k nsanese-54 1.45 E+01 Zine-65 1.10 E+00 Stiver-110m 1.69 E+00 Iodine-131 1.20 E+00 Cesium-137 1.39 E+01 Cesium-134 9.88 E+00 Zirconium nlobium-95 1.60 E-01 Barium-lanthanum-140 6.50 E-01 A10
i-Table 3.
Effluent and Waste Disposal Semiannual Report Solid Waste and Irradiated Fuel Shipment's Period January 1, 1983, to June 30, 1983 (Continued)
I 3.
Solid waste disposition Number of Shionents Mode of Transoortation Destination 50 Sole-use vehicle Beatty, Nevada B.
IRAADIATED FUEL SHIPMENTS (Disposition)
Number of Shloments Mode of Transportation Destination None k
i I
(
t l
__.__.,.._.# I.I - -
- ~-. _.,, -...-.. -. - --.
p -.
APPENDIX B METEOROLOGY
CONTENTS METEOROLOGICAL DATA SUMMARIES MONTHLY
SUMMARY
TABLES OF HOURLY METEOROLOGICAL DATA JOINT FREQUENCY DISTRIBUTION TABLES ATMOSPRERIC DIFFUSION ESTIMATES ATMOSPHERIC DIFFUSION HODEL t
4 4
t METEOROLOGICAL DATA SUMMARIES Nbteorological data collected onsite for the period January 1,1983, through J:ne 30, 1983, were reduced, validated, summarized for analysis, and included is appropriate dose calculations.
Hourly data summaries are provided for c11 collected parameters and for the joint frequency distributions (JFDs) t of wind speed by wind direction by atmospheric stability class.
'4 First Quarter (January throuah March 1983)
Data Recovery: Data recovery statistics are provided in Table 1 for pertinent meteorological parameters. Major data losses occurred with the 35-foot ambient tcuperature during the first quarter due to irregular variability in the r: corder trace, which could not be quantified.
Data were, therefore, assumed i; valid.
Data losses for other parameters were due to itking or timing problems.
Wind Predominaat wind directions at the 35-foot level were from the north and north-northeast (14 and 10 percent, respectively) and south (11 percent).
Tha quarterly mean wind speed was 8.7 miles per hour with 45 percent of the cccurrences below 7.5 miles per hour.
The maximum hourly average wind speed i
was 30 miles per hour on January 11.
Th3 predominant wind directions at the 318-foot level were from the north (12 percent), north-northwest (10 percent), and south (12 percent).
The qu rterly mean wind speed was 13.7 miles per hour with 46 percent of the spreds less than 12.5 miles per hour.
The maximum hourly average wind speed cas 39 miles per hour on January 11.
Teuneratures Due to problems with the ambient temperature monitoring system, no data were recovered for this quarter.
Precipitation: Total precipitation for this quarter was 1.89 inches.
The maximum daily precipitation total for the first quarter was 0.67 laches, which occurred on February 1.
The maximum one-hour total precipitation was 0.17 inches on March 15.
Atmospheric Stability: Atmospheric stability is determined through the classi-fication of differential temperature data between the 318-foot and 35-foot levels.
During the quarter, unstable stability conditions (Classes A through C) occurred approximately 22 percent of the time, neutral conditions (Class D) approximately 54 percent of the time, and stable conditions (Classes E through C) approximately 24 percent of the time (based on the JFD of 318-foot wind and delta T (318 f t - 35 f t) stability data).
Second Quarter ( April throuah June 1983)
Data Recovery: Data recovery statistics are provided in Table 1 for perti-next meteorological parameters.
Larger than normal data losses occurred eith the 35-foot wind direction and precipitation due to various recorder prcblems.
1 B1
L f
i Table 1.
Meteorological Data Recovery Data Recovery (% of total observations)
Pareapter January-March 1983 April-June 1983 January-June 1983 318-ft wind speed 96 98 97 318-ft wind direction 96 97 96 35-f: wind speed 94 96 95 35-fc wind direction 97 88 92 35-ft ambient temperature 0
99 50 318-thru 35-ft delta T 99 98 99 Precipitation 99 89 94 318-ft JFD*
94 95 95 35-ft JFD*
90 85 88
- Joint occurrence of wind speed and direction measured at the height indicated and atmospheric stability (based on 318-to 35-ft delta T).
b I
l I
B2
l Windt Predominant wind directions at the 35-foot level were from the north (12 percent) and from the southeast through south (a total of 35 percent).
The quarterly mean wind speed was 9.5 miles per hour with 44 percent of the observations having vind speeds of less than 7.5 miles per hour. The maximum hourly average wind speed was 33 miles per hour on April 2.
The predominant wind directions at the 318-foot level were from the northwest through north (a total of 30 percent) and southeast through south (a total cf 33 percent). The quarterly mean wind speed was 13.9 miles per hour with 45 percent of the observations having wind speeds of less than 12.5 miles p:r hour. The maximum hourly average wind speed was 44 miles per hour on April 2.
Temperatures The mean Cith a maximum of 89.5, hourly average temperature for the, quarter was 59"F F on June 30 gnd a minimum of 28.5 F on April 18.
The quarter averaged approximatgly 5 F below the expected nop1 for the cres with April apprgximately 8 F lower, May approximately 5 F lower, and June approximately 2 F lower.
Precipitation: Total precipitation for the second quarter was 5.27 inches.
The maximum daily precipitation was 0.76 inches on June 17.
The maximum hourly 3,recipit o lon total was 0.37 inches, also on June 17.
Atmospheric Stahllity: Atmospheric stability is determined by the classifi-cation of dif ferential temperature data between the 318-foot and 35-foot livels.
During the quarter, unstable stability conditions (Classes A through C) occurred approximately 23 percent of the time, neutral conditions (Class D) approximately 47 percent of the tiae, and stable conditions approximately 30 percent of the time (based on the JFD of 318-foot wind and delta T (318 ft - 35 ft) stability data).
1.3 First Sevilennual Period (January through June 1983)
Data Recovery:
Data recovery was greater than 90 percent for all individual parameters for the semiannual period except 35-foot ambient tempergture (no data recovered during the first quarter).
Due to recorder problems during the second quarter with 35-foot wind direction, the joint occurrence of 35-foot wind speed, wind direction, and atmospheric stability was 88 percent.
Windt Predominant wind directions for the samlannual period were from the southeast through south (32 percent) and north and north-northeast (22 percent) ce the 35-foot level and southeast through south (30 percent) and northwest through north (30 percent) at the 318-foot level.
Mean wind speeds were 9.1 miles per hour at 35 feet and 13.8 miles per hour at 318 feet.
The maximum hourly average speeds were 33 miles per hour and 44 miles per hour at the 35-foot and 318-foot levels, respectively.
Teacarature: Due to the large data losses during the first quarter, terpara-t:re statistics for the semiannual period w!!! not be discussed.
Precipitstion: The total precipitation for January through June 1983 was 7.16 inches. The maximum daily total was 0.76 inches and the maximum hourly t:tal was 0.37 inches, both occurring on June 17.
B3
l l
Atmoseherie Stability:
Based on 318-foot to 35-foot delta T to classify atmospheric stability, neutral conditions (Class D) predominated, occurring approximately 50 percent of the time during the seelannual period.
Stable conditions (Classes E through C) and unstable conditions (Classes A through l
C) occurred approximately 27 percent and 23 percent of the time, respectively.
These values are based on the JFD of 318-foot wind and delta T (318 f t -35 ft) data.
l
[
P i
i k
t I
i F
8J
i NONTMLY 81401ARY TABLES OF NOURLY MTIOROLOCICAL DATA The tables presented in this section provide a summary of hourly averages cf measured meteorological parameters.
The tables provide summaries by month for the sealannual period January through June 1943.
Yhe parameters provided cre listed below.
35-feet ambient tesperature (note that tabular listings are also o
provided for averages of ambient humidity, which is not measured at the Cooper Nuclear Station).
Ne valid data were recorded for January, pobruary, or Merch and therefore, no tables are provided for these months or for the seelannual period.
e Wind direction frequencies at 35 feet and 318 feet o
precipitation.
Any missing er. non seasured data are indicated by a field of 9's.
85
35-Foot Ambient Temperature 9
9 1
s
~
s s.
s 4
1 I
s u
, - g.
w, ss,.
N Q-s s
i
$s s.
c 4".
O
\\
s m
B6 x
-s 3
4
No valid 35-foot ambient temperature data were recovered for the months of January, February, and March 1983.
l I
l l
B7
I 48 OOOOOOOOOOOOOOOOOOOOOOOO O
O O
O O
e
>g e e o e e o e o e o e e o e o e o e e e e e e e o
e e
o e
e W $
@PPP@@PPPPPP@PP@PP@@@@@P P
P P
P P
SI Oe PPPPPPPPPPPPPPPPPPPPPPPP P
P P
P P
J3 PPPPPPPPPPPPPPPPPPPPPPPP P
P P
P P
3g Os 3 e e I e e I e 8 g 6 4 I e 0 0 g g I e e e e e 3
g 8
Ee El I
>gM S
OOOOOOOOOOOOOOOOOOOOOOOO O
W $ W g
3eEM O g ES $
$300 gE I
4 8 OOOOOOOOOOOOOOOOOOOOOOcO O
O O
O O
EI
> t e e e e e e o e e e o e o e e o e o e e e e e o e
e e
o e
DI ei OPPPPPPPPPOtPPPPPPPPPPPP P
P P
P P
Ze Q8 PPPPPPPPPPPPPPPO PPO*PPPPP P
P P
P P
0 P P P P O* P P P P O* P P P P P P P P P P P P P P P
P P
P P
Wl og I eI t i e3 3 g i I eg eg 3 g g 9 3 g i ee 3
3 9
e k I 29 30 Jer g
OOOeOOOOOOOOOOOOOOOOOOOO O
O gW u
@ g @ tM e eO EC S d e30e e3 g
M O
P O
4$
C00000000000000OO0000000 O
O O
O O
w E I b l e o e e e e e o e o e e e e e e e e o e e e e e e
o e
e M
3g 4 3 PPPPPPPPPF PCPO'PPPPPT PPPP P
P P
P P
be e.
Z t O $
PPPPPPPPPPPPPPPPPPPPPPPP P
P P
P P
2 e
p UPPPPPPPPPPPPPPPPPPPPPPP P
P P
P P
3 O
W g Ot t 0 0 g 8 0 $ g I e e I t t t 0 g g 8 e eg g g g
g 3
7 M
>g 20 0
w g k gE COOOCCOOOOOOOOOOOOOOOOOO O
F W g L'
9 M
Jg CP t 3
O ht tKC g E
N n9&U g Id g
7 M
W e
4 3 OOOOuoCOOOOOOOOPOOOOOOOO O
O O
O O
F e
k g e e o e e e e e o e e o e o e e e e e e o e e o e
o e
e e
1 W
k g 4 g PPPPPPPPPPPPPPPPPmPPPPPP p.
P P
P P
3 F g D 9 PPPPPPPPPPPmmeP PPPPPPPem e
P P
m P
W M g l
PPPPPPPPPPPPPPPPPPPPPPPP P
P P
P P
P Og og I t al e3 g I eg I t O $ 3 0 t t 8 g eg g I e
e i
W O
&I Et a
w g
D E
39E O
900000000000000000000000 C
k W
08 gW 3
e Qg OM g E
eAE t W
W
$30 3 A
92 0
E b4 O
b g
W W W M @ N O N O P W8 0 W O M M M N W W W W O e M
W e
e8 O
4 W g b 3 e e e e e e e e o e e o e e e e e e o e e e e e e
e e
o e
e J
W 8 9
NNmmOOONe@%POMMmmerk tfeM D
N e e P
M W
W 39
@ l efeffeteefeeOOOOOOceeeft e
O M
M N
O b g bl 0 2
W tJ W t Oe O
M J
Wt w g w
W We D
& 3y g
COccucOOOOOOOOOOOOOccOOO u
e e
& 3 W g
m M M et M M M M M M M M M M M PS M m m M M M M M N
k tJ g EM S b
M
> > gEO 3 3
J W
9DCs e
O w
b4 ge g
W Z
a W
E E
4 w
M Z
O E
O 3
E E
4 w
O e
d E
K V
J W
89 5
Z M
L J
J 83 W
L Q
w w
k O
2 E e W
d 3
3 6
O 3 0 WNMe@thcPOmNMeO@hePowhee a u O
J J
J Z
E O g mMwwwwMMwMNNNNN E
Q G
4 23 3
G G
M M
N O
C C
O 4
4 4
4 h
1 i
B8
e 4 4 eOOsmeOOOmOOOCeesoOOOOOO e o e c O
4
>= 8 e e e e e e e e o e o e e e e e e e e e e e e o e
e e
e e
E a) 4 4 Us 05 P U* EPS Us U* @ > 05 C5 US P 05 O' p% Os e U$ 04 m (P6 O* e CP*
OS US C4 0
O9' Q 8 0% OS 95 O* 95 05 eP #5 0% 0' 05 e @$ 9%
- e 0% OS Os O' @* #5 US 95 Os e
U 5
.J B 4
Os et e 0* P es 0% e* Us et 96 e e F* tr$ OS 9* U* 95 Os Os P 0* Un et CP*
8' 05 P
3e Oe a eea 3 se 8 a a 4 ea a ef s a 6 3 3 e e a e
e e
E8 28 8
> e er a
e C e e o o e e o e o e as e e se e o es e o e o e e
WGW 9
3 I EW 9 0 ES0 0300 tE 8
l 4 8 eceOOOOOOOOope9eepeeOOOO O
O O
e O
E y
>= 4 e e e e o e e e e e e e oe o e ee e e e e e e
e e
e e
30 4 4 0* W* P 05 US U* P P Os C* P CP 5' F O' US O 0% tr$ U$ Os O' P 0*
O*
Os 0%
O' W$
Z8 Qt p* P Os g* pt m es On 0% e es 0* On O' 0% 95 P U* (P6 (* Os 65 t Us e
(P*
e W*
e5 I
DI e 95 Os Os F6 @* 95 US O' P WS F* OS P U$ Ut 8' U* IP5 US 0* P #$ IPS F*
EP*
US S$
kJ 0 0 0 0 0 0 8 8 0 8 I i 9 8 0 0 I 3 0 8 0 t I I I
I O
>= $
E 8 38
,A e oc t
OOOOOOOOOOOOOOOOOOOOOOOO c=
O OW 0
M 3 to M p C p EE t e 9 3O 9 02 0
me US 4 0 OOOOOOOOOODO000OOODO005O O
O O
O O
E I t=
0 e e e e e e o e e o e o e e o e o e e o e e e e e
e e
e e
M 34 e 0 0' th Os O U* O' 05 O* O' Os et (P* (* O' O* c' EP e e P t EP* Um US tr US F5 Us 0%
EP' O* Os' O W
E Z0 CJ l 5%
EP* O' Un e e' 0' C* tP* C' Ut 0% 05 e (P* U* 0%
0% 05 0' o' O* US 54 On O*
O O*
U*
O' l'
3 g
U* On O* EP6 O* (P' 35 #* cs (P* Cr* EP* p* O @* 0% es e e e O'
OS (P*
0%
3 o
I'8 O 8 8 8 e3 e I g 4 ep t 9 g 9 8 I g I O e ef g I 0
g a
"3 M
>0 2 O O
em 9
> 0e 9
OCOOOr10COOCOCOOOOOOOOOOO C'
fF W $ k' M 9
as
.J f I:-
I 3
O ht f EE 9 ec
>=
ar 0 =* O I e
9 aC 0
"3 ert so E
ee O
4 0 0000000000 DOcpecOOOOOOOOO O
O O
O O
E I
t=
3 e e e e e o e o e o e e e e o e e e o e o e e e e
e e
e e
K
- e t-0 4 g th Om f>
- U* 5* On D* On On On 0* e O' U* 05 O* O* th 95 O* On U* D*
iPS U$
O' 0%
O*
.J Ft uO p* US P$ O* tm
- MS O' U* f' #5 0% c M*
O' m
et gg g5 W
- O 9
0* S* Un @* CP* U* tm 04 0' US On F* e' O* 05 en e U$ U* (Pt 55 (P* ps e O* U*
OS 95 5'
W*
- 6 O
Ot O I 8 9 3 g g g g I g 3 g 8 3 g g 8 g i I g g 3 g e I
e e
t.J O
- a. 0 Z $
w.
e.e p
3 E
3g E I
COOOOOOOOODOOOOOOODOODOO O
t-W tJ 0W 9
e G.
U 0WM $
tr 9 E 5: 0 I
taJ W
93O p a.
2.
z F
t=
ke a=
IE O
>=
h B
se 9 ee ep O N @ tri e PP e @ g6 e se N trl GD N ** 90 >= eD P3 m et CP*
pe P=
C3 O
h W8 h 9 e e e e e oe e e o e e o ee e e o e o e eo e o
e o
e e
O M
t.J 0"
O 9
emMNeewemO>=O*eneO@gD@@eNOga s*= @ trl g3 te (P*
0*
M W
J 3g C0 0 C O O O O O O O O @$9@ tono @to%D@$0O O O O O
no e
e M
e D
t=
0 W t R
as
- t. t at 4 Og s"
O
.J E $
w 3 e=e hJ Lt I e=
D Ch 9 Er, 9
ee ** ** O O se se se O O se se se
- e=e
- ** ee we ** ** *e se **
O 4
- L E t bs e
n wt 79 rs r1 rs r1 P1 F1 r* sri F1 Pt et at et F1 P3 rs m r1 et ert m e
t=
f=f 9 C M $
trp er a=
- = p a. mi e 3
sl f3O $
o C'
W 9 F 0
L.
X >
E er F
$b en e
- sr E
O E
WS 2
E 3"
W
- e O
e at E
E U
.J tr*
t.J W
G Z
F) 1
.J
.J taJ tal O'
O e=
ew me e=
t-O t.
2 or 3 W
at 3
3 l
G.
O 33
- N M e O @ Po C U* O ** N M e O %D ** ED 0% O se N r=
- J Q
Q
.J
=.J J
K E
O 8 ee ** es ee ce s=e we ** se
- N N N N N et O
O 4
23 3
(D C
M M
e=
O 2s CD cu O
Z e
4 at 4
t=
I B9
t 49 esecconcescococemececome u e e e e 3
kg e e e e o e e e e e e e e e o e oe e e o eo e e
e e
o e
e 4 9 PPPePPPPPPPPPPPPPPPPPPPe P
P P
P P
St Q4 PPPPPPPPPPPPPPPs*PPPPPPPP P
P P
P P
Je 6
PPPPPPPPPPPPPPPPPPPPPPPP P
P P
P P
38 Ce e e ee a e e eee G I S 8 e e 8 e s8 e e e e s
8 8
E9 E8
-. =
emeoOces.o.eeeOmeme..mee o
U.W 38.e. s.
50.
.IE B
e WI s e c o c c o c o o m u o. c o. c o o n o c o c o e
O e
O o
E.
e e e e e e e e e e o e e
e e e o e e e eo e
e e
e e
Pt 4 8 P P P P P F P P S P P P P P P P P P P P F-P P P P
P P
P P
Ze OI PPO'PPPPPPPPPPPPPPPPPPPPP P
P P
P P
S PPPPPPPPPPPPPPPPPPPPPPPP P
P P
P P
La s Ols e0 8 3 eI et I ae8 I e8 I O aeeeI e8 e
0 8
k 8 El De gl l
ODOOOOOOOOOOOOOOOOOOOOOG O
M eeM g etEC u 4 8 ?O 8 l E 9
Me P
4 g OOOOOOOOOOGceOOeOOOOOOOO e
O O
O O
w F B k 9 e e e e e o e e e o e o e e e e e e e o e e e o e
o e
o e
M 30 e9 P O* P D P P D Os P P P P P P e m e m P P P P p. P P
P P
p+
P W
C Z I C 0 PPPPPPPPPPPPPPPPPPPPPPPP P
P P
P P
R 9
9 F P P P P P P P P P P P P P P P P P P P O* P P P P
P P
P P
3 O
s.3 g og g g g g g g g g g g g g g g g g g g g g g g g g g
g g
7 M
99 EO e
wt
>38 8
OOpecocOOOOOOOccepocOcen a
tr e t tJ t
4 Jt2W 9 3
O W O EE 9 K
E tsus e
02 I
7 M
E E
M 4
4 4 0 OOOOccooMOOOOOOcecomeOOO O
e O
O O
E 0
Hg e e ee e e e e e o e e e e o e o e o e o e o e o
e e
e e
k M
M S et PPPe*PPPPPPmPPPPPPPPPmPPP P
P P
P P
J El fi t PPPmPPPPP@ PPPmPPPPPPemPP P
P P
P P
M M O PPPPPPPPPPPPPPPPPPPPPPPP P
P P
P P
O O g et g g g g g
- 3. 3 g g g g g g e8 g 8 g g 3 9 3 3 3 3
g g
W O
&9 Et E
w i
3 N
39r 9
OOOOOOOOOOOOOOOOOOOCOOOO O
9=
W 48 0W 3
4 Opewt K
O EL 9 Le 8f 8399 L
E 8E 9
7 w
EE M-E O
P E
9 a t
@eemenMEMM@ewcMSOMMedwNO N
N p
O E
WO E l e e ee e e e a e e e o e e e o e o e e e e e e e
e o
e e
(
O M
J E8 5
@@eeMMOMONeOh*C9CheMMOPh M
P N
P e
M W
W 38
@@@@@@@@>hhmmhm>>>>MMM@@
e e
b 8 W$
e 7
e
%f 4 8 Ot O
M J
K 8 w 9 w
W be O E le t
OOOOOCommeeOOQeemeomeoPe P
W 4
& 9 W MMMMMMMMMMMMMMP3MMMMMMMNM M
b W$CM G h
M r
p t m en t 3
W
$200
-e P
o be w
ga e
W Z
E E
W X
D 4
w a
M O
4 O
E E
E 4
w O
e 4
E E
U J
r w > >
M g
Z M
E J
J W
W C
O w
w k
O T
Wl 4
4 3
D e
39 M N M e P @ k e 0+ O m h M
- O @ h e P O w h M e J
Q Q
J J
J E
E op wwMwwwwwwmWNNNN E
O O
4 Ze D
M M
k O
D E
E O
Z 4
4 4
4 e
B10
i
}
B l
h I
Wind Direction Frequencies, 35-Foot Level i
i I
a h
B11
4N-9 4 e e e o e e e e e e e e e o e e e o e e e e e e o kOOOOOOOOOOOOOOOOOOOOOOOOO QOOOOQeOOOOOOOOOOOOOOOOOOO hmmmmmmmmmmmmmmmmmmmmmmmmm
=e..ees.e-e...O..e.e.O...O..
J e e e e e e e o e e e e e e e. e.
.. e e e sooooooooMooooaaeo*MooOooo I
U
\\
eseeeeOmkhMkOWmMN@keMeeem 3 e e e e ee o e o e e e e e e e e o e e es e a e ReeMeeMm>MeeeMeeeeM>eeNMNk X
m m
m mm n
heeeeeemeMen..wMNeeON.~e.
3 ee o e oe e e e e e e o e e e o e e e e e e e e 2hkMmmmMkhemeMMeeeeMeeemkh j
mmm um
>>>>SemeeMoecedoNOswNOcee 3 e e e e e o e e e eo e e e e o e e e e e e e e e 3MMkhmeMeeeeeeeeeeeeeeeOeN 3
emeeeeenwMeeMemeoppepemeN e e e e e e e a e o e e e eo e e e e e e o e e e 2eMMeeeOhneeGeeeeeem@NeMNe m
mmm OkeeGGOneMe>MmONN$eeComek 3 e o e e o e e e ee o e e e e e e o e o e e e e e M
McMeeeee>>eeeeeeeeeMocomeN e
3 em WHOMMe>WNMMMMwpNNWeeOObe>
tJ 3 e e e e e e e e e e e e e e e o e e e e e e e e e MmmmMhMMMMe@@erfeeeOOGNhh@
3 m
mmm m.
m 7
h B
E W
@ h e g e N N > m O m e O @ N e h n h e f e. c. c. e.
T U
R 3
e e e e e e e e e e e e o e e o e e e e e 4
E O
MmMmMM@@emechMeeNWPMeNemMO 3
W m
Mm en mmmm mm umm m
m m
E b
g w
U E
N NNNenNONmeMMNHONaNNONobm@
M e
a e o e e o e e e e o e o e e e e e o e e e e e e o W
6 3
m M m e m e8 M P M M m M e e e p o s s e m w e e h a m U
M C
C mmmmNm mmm mm m
C 4
L-at "3
O h
r eeeeheMmeeONMeONNOeOOOmem M
C
=
W e e o e e e o e e e o e e e o e o e o e e o e e e m
E 3
MONMMMMmekmese()OceeMQOeMMf 9
om M se es se se
'e 3
J w
)
e e M M el of of ** M ee 88 N F* m m 08 e e8 e e el e e se se J
en e e e o e e e e e o e o e e o e o e e e e e e e e 2
s Mekhmmmm>MeesemmeceMcNecme j
O D
men n,
m um m
O h
Z l
u O he>OcepeeemedoNMmescomme 1
- w W e e e o e o e o e e e o e e o e o e o e e e e e e g
MeMMhecembeOSceeeeeMeeeOON ee W
G n
O mehOomedemeseeOMNeOONOchN m
F e e e e e e e e e o e e e e e e e e e e e e e e e C
m WehmceMMMOOOOOOceeOcJeeOMN 3
h 80 4
hhOomeeWOCO@MOONSCOONepeO C
W e e o e o e e e e e e e e e e e e o e e e e e e e M
M 2hMOOMMMMeOOOeSQ@OOOcegmhm C
U m
O 2
O E
=
hesekeeOOmeGMmWMmWOONehem Q
k W e o e e e e e e e e e e e e o e e e o e e e e e e
(
RhOgMbeceOOeggpMgqm mg(WhN@
g w
mmm m
u M
e T
g Ofehh0OheeMNhJmWMW@cOOben 3
W W e e e e e e e e e e e e e e e e e e e e o e e e e 2
a dm>MMMmmeeMememeNeemeweMho o
gm nummmmN m
m m
m m
OW mmWWhhheeOMMe@mMM@eOOO@ee U
e e o e o e e e e o e e e e e e e e e e e o e e e R h m S w k h > M h m e e e M @ e e M"M O N e m h 9 L
mmm m
mm m
umNw m
m E
>e C
wmNMer@NemomeJMec4h tScmNeeJ Q
emmmmmmmmmNNNNNa 4
e M
Z B12
9 ee e e e e e e e e o e e o e e e e e e e e e e e e bomencemeeeeeeeeeemsseesee GesemeeOSeeeeeeeceGeocasse
>mmmmmmmmmmmmmmmmmmmmmmmmm EmekseeeeMMesocebMooMNeMeW J e e e o e e o e e e o e e e e o e o e e o e e e e 4MemceeemkmeceeemmeommeNMN Y
@heeeenekeem>>mhemmhemeke 3 e e e e e e e e e e e o e e oe e o e o e e o e e EMMMMeeNMkkewMMMMNmmmmmm>@
E m
mm um m
khemesesekeekememmheneeee 3 e e e o e o e o e e o e e e e o e o e o e o e e e ZeMheegeeMMeeMMmemmmewhWMW m
mmmm mm m
e
@beeeeeeeeGGSeeh>MMeGoGee 3 e e e e ee ee o e e o e e oe e e e oe e e e e EMMeneseeeeeeeeeMMMmeneeMM 3
eeeeeeeeeeksemoseeeeeeeep e ee o e e e e e e e e e e o e e e e e o e e o e 3emomeceemenemmeeeeeeeeeee m
GeWeseeOSekumemekeeeeemse 3 e o e e e e e e e e o e e e e e e o e oe o e e e M -
MeeeeeeeememmmemeMeeeeeeeN e
3 mm em WhhemeGemeeNhe@NMehhhecem L
3 e e e e e e e e e e e e e o e e e e e e e e e e e 2
MMMMemoOMMphMMkMMneMMMheem m
N h
8
.7
- a. I mmhenecedNcNeceemphheeNNN W
U 3
3 e e e e e e e e e e e e e e e e e e e e e e e o e e
a e
MmmMMememmweneememeMMemppN D
m W
m umNMNwommmm m
mmm 2
4 4
w K
u 7
4 W
eeNeeeeeWO@emePe@mOOemON>
n D
E e e e e e e e e e e e e o e e e e e e o e o e e e a w a w
Mmemeeeemmeeeeemesmecham>w u
M e
Q NmNMNNNmmmmmmmmmmmmm mm m
E e w he E
k O
h 2
Weh@eme@ememeekhmeemeneh@
M O
w h* e e e e e o e e e e o e e e o e e o e o e e e o e l
w 2
3 M m m M m N e e m W8 M m e > > e m m e e r e m ps m e l
e w
M mm um m
ammmmm e
3 w
e m e G e m e N e m e W8 e m e f o e m g e e M W3 ps J
be e e o e e e e e e e e e e e o e e e e e e e e e e 3
g WMmhecNemMMme>Meheepe>>=hmq 2
3 m
m m
m m
e b
Z u
seeeeeeshmhehe@hkehhheese W
W e e e o e e o e o e e o e e e o e e e e e e e e o E
MneeMeeeeNMMeMhMMMoMMMNeeN w
W C
P Q
OGhecoceekemeO@hheekeeeek M
F e e e e e e e e e e e e o e e e e e e e e e e e e w
W e e M e e p e m e M O S e e M M P8 k e rse O M e m 3
et b
@MemeneeeeeeeseemeNeeNeem O
W e e o e e e o e e o e e o e o e e e e e e e o e e W
M EMMeeeeeMeeeeeeeeceMeeMeMm C
63 O
m a m e e e e s p e h e n o m e h e s e e e m e tae8 y
b W e e e o e e e e e e e e e e e e e o e e e e e e e e
INWhde@emeMeWeseMeseebMdmd e
h m
m m
m mm Le M
T F
mmN@eOOOffeech@hmmmeember D
W W e e e e o e e e e e e o e e o e o e e e e e e e e 2
4 zhmmmewommmh hhMMMm mmehahmu O
E mNmmmmme mmmm m
mm Ou 9
- @e@emeCCWemeeMeenfemmehe U
e e e e e e e e e e e o e e e e o e e e e e e o e L
3ee%mNeemmmN meeechmehmmMhm a
==
=
mmmmm mm
==
m F
t 4O' smneefth t?cmN*ef@%evemNM*J O
mmmmmmmmmmNNNNNa 4
e E
Z B13
LA.........................
T0000000000000000000000000 O0000000000000000000000000 T1111111111111111111111111 N0022222200000000000002523 L
A0033333300000000C00003631 C
7575995575757979519179558 W
N9696226696969292662692669 N
11 1
1 111 1
2755555577557555755252579 W
N3966666699669666966363696 0000000002250002000000007 WN0000000003360003000000000 W
0000200000022220000000007 W0000300000033330000000000 0000002020500000000000005 W
3 S0000003030600000000000000 8
W 9
1 o
0020000527520002000000026 i
W N
S003000063963 0003000000031 U
I J
T 4
l F. 2 2. F. 2 2 5 2 2 0 2 5 7. F.
V Z
F5522000516 R
C N
W A
R O
$9339336330369996E33000E04 U
f I
- e P
T A
(
C J
E 5527557751525555572525570 S
H R
L
~
C I
S6639669966636666f93636697 C
S R
D 1
tl O
A f
R M
D i
N 911 7 4 1 2 5 1 5 5 9. F. 7 2 2 5 2 9. F. 5 7 5 9 8 S
0 I
E t
h W
S2669963666679933E32969E29 5
i S111 11 1
1 1
1 R
W f
F V
91119 9. E. 415 7 ". 21 115 719 6. E. 513 L
F N
H S2666222996963966299222293 O
U 11111121 111 1221 1
I O
T H
C 752222202775752591979052.F E
E R
S9633333039969634262920636 I
E 111 1
~
D 4
D 0020020250020022020502250 4
N F
I E003003J360030033030603362 W
T 0000002000002.G.00227202002 F
5 E
S 3
N0000003000003000339303001 A
E G
4 O
F I
2522022202022050222572524 O
T L
N3633033303033460333693633 R
4 T
E S
R I
4 U'
1527595.F7A. '. 7 9 1 2 2. F 3 5 9 9. F 1 F 6 3 C
T N
P N6E3962'699222633966229692C O
A1 1
8111 11 1
2I C-C 16865166414413068493416.F2 C
P N625226229699621253229629C P
1 22221221 1111 322211111 2 2
N f
4 0
e F121 456F 6?C121 e56F 990! 234L O
I 1 11l1 1 I1 12?222L A
9 H
[
W$
l
' ij' j)'
j1
s Je o e o e e e o e e e o e o e oe e o e e o e o e e beseeeeeeeeeeeeeeceomeeece oceeeeeeeeeeeeeeeeeeeeeeeg
>mmmmmmmmmmmmmmmmmmmmmmmmm EeeeeeeeeeeeeeOSeoGeeeesse J e e e e e e e e e o e e e o e e e e e ee e e e e 4eSeceseOQemecemecomeseeen u
demeeede>Mmeeke>>eekohoke 3 e e e e e e e e e e e e e e e e e o e oe e e e e amamenommmmme>>cee>>menemp 3
m mumm
>>>emempemmege>>>>meemmeN 3 e e e e o e e e o e e e e e o e e e e e e e e e e EpomeMmegemm>>pmemoweemm>m mmmm mmmmm M
Mmmmmmmm m
W@eekameksemesedeeeeee>>M 3 e e e oe e o e o e e e e e e e ee e e e e e e e EmmeemmmeneeememmeeeeeemeN 3
m WWWhemeemeemeeeeWeeeeeeem e o e e e e e e e o e e o e e o e e e e o e e e e 3mmmmemeeemeneseemeeeeeece geeeekegeeeemenee@@NhMNme 3 e o e e e o e e e e e e e e e e e e e e e o e o e m
weeeeememeneegemesmmmmmmmm e
3 m
deseeedkhm>OechdmmheeONe@
W 3 e e e e e e e e e e e e e o e o ee e e e e e e e 2
Mmegememmmmmeem>mphmogemeN 5
m 7
b 1
8 2
h u
emenehmmheosomemmecohomeN G
U E
3 e e o e o e e o e e o e e e o e e o e o e e e o e e
a e a m m m m e m m m m m e n e ee e m h eph e m e c e m 3
W m'
W F
h i
e w
Q l
7 W
WWeehkeeeee@mMMmeWemmeeeM i
M J
g e o e e e e e o e o e e o e e e e e e o e e e e e t
W W
=
m momechneeeeeemhmhem>mm>>>c l
U M
K Q
mmm um Z
O
- w E
4 O
h 2
whmeeewemeehhhee@mhkeehh@
M C
=
W e e e e e o e e e e o e e e *
- e e e o e e e e e m
d 3
whomenhmememmmmnem>mmmmmme 81 e*
f/t ce se see W
3 W
pmposem me mceeme neamme mmeesee m-W e e e ee e e e
- e e e e e e e e e e e e e e e e 3
K MN>SeOmeem>NNeMFeesemmeemN l,
o Q w
mmmmmmm m
mmmmmm mmmm m
e t
h Z
u e@@Neeeeeeechnede@>mee>Om W
W e e e e e e e e e o e e e o e e e o e e e e e mommmenaae>>mememe4mm>e I
a
>mem
=
W
=
m C
N O
memechWheneehechndeheheem c
2 e e e e o e e e e e e o e e e o e e e o e e e e e 4
m Wochemmmmmenenesmemmenkmhke 3
mm l
h n
4 ed@emomehhanhecemmheceeem n
W e o e oe e e e ee o e e e e e ee e e e e e e e a
m sommneechenommmeenmnkhhhne e
W
=
C E
O E
a m
memeeM@mmmeemeemecemmmeee o
h W e e e e e e e e e e e e e e e e e e e e e e e e o e
3enkhgmMMmmehmmmhmemmmmggg g
i.
h m
New m
mmm W
l M
e t
r l
e meemeNeochehecemmmcmencee m
W W e e e o e e o e o e e e e e o e o e e e e e e e.
=
E m h m m m e m us e a m m m h mmmmmememeen Q
d mmmWNMm wmmmmmm C
U t
ee@@mNPGNPNeemmmPmheemeNM O
e e e e e e e e o e e e o e *
- e e o e e e o e e FOchemNheNcNeemmeNemkh meNe I
A NNmWNNmwNNNmmWWmme mmWm l
he
[
o 6mNeeddhe@mmNme@@h ecem~m,s o
mammmmmmmmWNNNNa e
e Ez BIS
LA.........................
T0000000000000000000000000 O0000000000000000000000000 T1111111111111111111111111 M0000000800000800080000000 LA0000000000000000000000008 C
6073091773215788783088051 WN3063067784911733344043048 N
11 11111 11 1
1370337711848722441475118 W
N7060380777373799777731199 1
1111 11 11 1307096086.t08880176478469 W
e N7006063083S03380183733734 W
18 1
1 1
6408040060800880776447408 W3300030030300330333777702 0030000008888887711008701 W
3 S0030000000883337317003382 8
W 1
9 1
e 0430800068848874406770009 f
W N
S0330080030373375703330002 U
l 1
J i
N 1 4 0 3 7 0 8 7 0 6 8 3 8 7. F. 0. F. F. 6 0 7. S. F. 1 5 f
E R
C N
W A
R O
S730360870J303770333033393 U
C I
S N
P T
A
(
C J
E 6970033599291154587547513 S
R
.. c.
S366000417795331584087F893 E
E I
C S
V D
1 111111222111111 1
1 m
N O
4 E
R M
O 4 9 3 3 0 3 4 4. F. 3 7 4 8 8 7 7 7 41115 8 6 6 T
N S
D I
E N
W S1633001504773377377111431 i
I S2 12212111 111111 n
M E
60737367708778784411".2711 P
1 t
E N
R S33636037803373737F 0189398 O
U 11 1
1 1111 I
O T
H 6 9 3 3 7 317 6 6 5. F 8 8 0 0 8. F 0 4 0 8 0 8 7 C
E E
R S3633607733133300030003003 I
E 1
1 D
4 5
1 4 0 3 4 9 8 8 6 1 0 7 8 0 4 8 0 0 0 0 0 0. F 5 1 G
6 N
EF003060337030033000000342 I
W T
=
1007396066878888.F71100005 F
5 5
E 3
N7006363033333333337100003 8
E 1
0 N
O F
I 8973700800808808006878401 O
T E
A N0663640800083300003033702 R
T E
S R
N 15 U
1937.F41506778875117117F R
N E
E P
h7(36631103F3337111011F397 0
b 1
1 111111 0C 9 7 9. F 8 9 4 2 0 4 5 2 2 4 5. F 8 1 1 1 1 4 8 2. F.
O P
47006011951129517417111484 P
121 11212212111 11 111111 N
Y A
D f123456F8901 2345678901234L O
111111111122222L A
R H
3O s
I' 4
L A.........................
T0000000000000000000000000 O0000000000000000000000000 T1111111111111111111111111 M0002000000000000000000002 L
A0004000000000000000000000 C
W.000000000000030200000506 0
N0300000400040040442344102 N
1 1
0000000035000033200000003 W
N004040044944454 4400000302 W.000000075000070000000009 0
N4300000404004500000000031 W
0002006035000003000000009 W0004003044440004040004001 1
0002020030000070000000003 W
3 S4044640440444000000000003 8
W 1
1 9
1 e
0003055006553033300700709 E
W N
$4300024433994044800722737 U
8 1
11 1
11 J
T N
Y E
- 3. F 0 5 0 0 0 0 0. F. 0 3 5 0 0 0. F. 0 0 0 3 0 0 91 4
C N
W A
R 0
$4F42400632349033664000039 U
E 1
1 11221 21111 N
P F
A 1
C J
E 0205003012303010000400119 1
R E
C E
I
$6902007060493064540506331 C
N D
1121 22221113323222121222 N
0 U
E J
O F
M 45050320010333777001 00246 S
D 1
E t
N W
$2162230039944500622360955 5
I
$111113121 111 11121 11 1 4
W f
P V
0 4 0 0 0 5 0 0 1 6 5 0 0 0 7 7 2 0 0.*.
0 0 4 4 1 L
E N
M S05002232s3944500406160" 52 O
U 21 21111 1
1112111 I
O F
H C
t403006005030030300500008 E
Es R
SO520003009444J40042100306 I
E 11 1
1 1
11 D
2 G
0002000000000037000000074 F
N 5
I E0344000000000040000344372 W
F F
0000020000000000000000051 5
E 5
3 N4340440000000000040304312 8
E 1
0 N
0 F
1 0000025000000003200000804 O
T E
A N0300044000000504400300342 R
T E
S 8
4 P
000203000000003 0 0 0 0 7 0 0 8. T 5 U
E E
N P
h00040004000000900441243T3 0
h 1
0C
- 0. F 0 2 0 0 5 0 3 5 8 8 0 0 0. F 3 0 0. F 0 0 0. F 1 O
4.
P N0704434044444506844F009F 4 P
1 Y
A D
F123456Fa9o121 456F8901234L O
t 111 111 I1 1 22222L A
R H
0:;
3 i
ll I
)i'Ijlil' 1ji s
i;l
]i
< i,
!i s!:
1'
l NPP 9-CO OPER STATICN 35FT W140 OIRECTION PERS1STENCt J ANU 4RV-J UN! e 19 8 3 HOURLV WINO ROSES 1FERC4NT8 SEMI-ANNUAL WING 01 RECT 101 M9 Of OAV N hhE ME ENE E
WWW NW NNW CALM T078L 1
15.1 96 5.4 3.6 24
- 3. 6 9.6 12.7
- 9. 6 7.2 3.6 06 12 42 6.6 3.6 12 100.
2 17.3
- 8. 3 5.4 2.4 18 6.0 11.9 18 1 11.3 6.3
- 3. 6 0.6 18 4.2 7.1 2.4 0.8 100.
C[
3 13.8 11 4 5.4 1.2 4.2 4.2 11 4 10.2 18.2 42 4.8 1.2 12 3.8 6.6 6.0
- 1. 2 100.
oo 4
14.6
- 8. 5 5.5 2.4 1.2
- 4. 9 11.0 10.4 12.8
- 7. 3
- 2. 4 0.6 1.8 3.0 7.3 4.3 12 100.
5 13.5 10.4 3.7 1.8 8.6 3.1 11.0 16.0 11 8 3.1 3.1 3.1 0.6 4.3
- 7. 4 6.1
- 1. 2 100.
6 11.7 12.3 4.3 31 31 31 11.7 12.3 13.8 5.6 25 1.9 1.2 3.1 62 4.3 0.6 100.
7 13.7 11.9 J.1 1.9 1.9
- 4. 4 11.2 11.2 11 9
- 6. 3 2.5 1.9 19 2.5 5.6 6.9 12 100.
8 I4.7 11.0 3.1 2.5 3.1 12 12.2 10.4 11.8 8.6
- 3. 7 18 12 0.6 7.4 6.1
- 1. 2 100.
I S
15.4
- 6. 2 1.9 12 3.1
- 3. 7 8.8 12.5 11 7 6.8 4.9 3.1 31 19 8.6 6.2 1.9 100.
to 15.8
- 7. 0 3.2 1.3 1.9 5.1 6.2 10.8 13.9 8.9 7.8 8.6 13 2.5 7.0 7.8 0.6 100.
l 11 13.7 8.5 26 8.7 0.0 6.5 8.5 7.8 14.4 8.3
- 7. 2 2.6 20 07 5.9 10.5 0.0 100.
t 12 13.5 43 19 2.6 13 51 8.3
- 7. 7 14.1 9.6 5.1 3.8 1.9 13 5.8 9.6 0.0 100.
i 13 13.5
- 7. 7 4.5 2.6 0.6
- 4. 5 7.1 7.1 15.5 9.3 4.5 3.9 1.3 2.6 7.1 7.7 0.8 100.
L 14 15.4
- 4. 6
- 3. 3 13 0.7 72 5.9 59 14.5 18.5
- 3. 9 3.3 33 13 9.2 6.6 0.0 100.
15 15.4 5.1 3.8 8.6
- 4. 5 26 10.3 5.1 11.5 18.9 4.5 2.6 19 1.9 18.9 8.3 0.0 100.
16 13.2
- 7. 5 3.8 13
- 6. 3 31 9.4 4.4 13.3 8.9 5.7 19 0.6 1.9 10.7 6.9 0.6 100.
17 14.3
- 7. 5 4.3 25 2.5
- 5. 6 6.0 7.5 11 2 9.9
- 5. 0 1.9 1.2 3.1 8.1 8.1 0.6 100.
18 12.5 75 2."
3.1 2.5 5.6 6.9 81 11 2 8.7 3.1 4.4 19 12 6.9 13.1 0.6 100.
4 19 10.4 11.6 4.3 4.3 0.0 61 9.8 9.1 12.8 4.3
- 3. 0 3.0 24 1.2 5.5 11.0 0.6 100.
f 26 11.0 10.4 4.9 4.9 3.1
- 6. 7 18.4 10.4 14 1 1.2 2.5 0.6 37 1.8 7.4 61 0.6 100.
21 13.6 11.2 7.5 1.9 2.5
- 5. 6 13.7 9.3
- 9. 3 5.6 3.1 0.6 31 1.2 6.8 7.5 0.6 100.
22 9.3
- 9. 9 6.8 4.3 2.5
- 4. 3 15.5 8.7
- 8. 7 4.5 5.0 12 25 19 6.2 8.1 0.6 100.
21 11 7 8.6 6.7 3.7 3.7 2.5 11.7 8.6 12.3 6.7 3.1 1.2 18 1.8 9.2 4.3 2.5 180.
I 24 11.3 12.6 3.8 5.0 5.8 0.6 12.6 10 1 11.3 65 2.5 0.6 1.3 3.8 6.3 5.0
- 1. 3 100.
ALL 13.5 3.1 4.3 2.5
- 2. 4 44 10 1 9.5 12.1 7.3 4.0 19 1.8 2.3 7.3 69 0.8 100.
MU.iHE4 0F 385 : 2456 i
i
i 1
6 1
Wind Direction Frequencies, 318-Foot Level B1D
i
~
hPP C-CJ 0FE R Sf4 TION 31SFT WIND 314ECT104 P(ISISTCkti JA:4UAR F-JUNE,1983 M0ueLY Wlhn ROSTS iPEACENil JA NUA R Y j
WI4D DIRECTION i
H9 CF 047 1 84E ME E9E E
ESE Si SSE S
WNW NW NNW CALM TOTAL l
1
- 3. 2 12.9 0.0 6.5
- 3. 2 0.0 6.*
3.2
- 6. 5
- 3. 2 12 9 32 6.5 97 65 32 12.9 100.
2 12.9
- d. 5 3.0 3.2 3.2
- 3. 2 6.*
3.2
- 6. 5 9.F
- 6. 5 6.5 3.2 3.2 9.7 3.2 12.9 ISS.
3 6.5
- 9. F 0.0 3.2 3.2
- 3. 2 6.*
32
- 3. 2 12.9 9.1
- 6. 5 3.2 9.7 6.5 6.5 6.5 100.
4 6.5 6.5 6.5 Oct 3.2
- 3. 2 6.5 32
- 6. 5 16.1 37 6.5 3.2 6.5 12.9
- 6. 5
- 3. 2 100.
5 9.F
- 3. 2 9.7 8.8 6.5 0.0 9.7 3.2 12.9 9.7 e.5 00 6.5 3.2
?2.9 3.2 32 103.
6.7
- d. F 67 0.0 67 0.8 6.7 67
- 6. 7 13.3 10 0 8.0
- 3. 3 67 13 3 67 0.0 100.
F 6.F
- 3. 5 6.F 8.3 3.3
- 3. 3 6.7 10.8 0.0 10.3 13.3
- 3. 3 0.8 3.3 13.3 13.3
- 3. 3 100.
a3 eJ 8
10.0 13.3 08 8.0 33
- 3. 3 10 0 6.7
- 3. 3 6.T 67 6.7 3.3 3.3 18.8 18.8
- 3. 3 180.
C' 9
10.0
- 6. F 6.7 0.0 8.0
- 6. 7 6.7 10.0
- 3. 3 l e.0
- 3. 3 3.3
- 3. 3 10.0 10.0 67
- 3. 3 100.
10 14.0 10.3 0.0 3.3 0.0
- 3. 3 13.3
- 3. 3 18.0 4.7 6.7 0.0 0.0 3.3 18.0 16.7
- 3. 3 198.
11 16.7 10.0 8.8 0.0
- 3. 3
- 0. 8 16.7 3.3 10.0 6.7 6.7 8.8 8.0 3.3
- 3. 3 13.3
- 6. 7 100.
12 13.3
- 6. 7 3.3 0.8 0.0 0.8 16.7 3.3 13 3 6.F
- 6. 7 0.0 0.0 0.8 6.7 16.7 6.7 100.
13 10.0
- 0. 4 6.7 0.0 0.8
- 3. 3 18 0 10.0 6.7 6.7
- 3. 3
- 3. 3 S.S 8.8
- 6. 7 20.0 13.3 108.
14 6.F 13.0 8.0 8.0
- 3. 3 0.0 13.3 0.0 10.0 10.0
- 3. 3
- 3. 3 0.0 0.e 6.7 16.7 16.7 100.
1) 3.3 10.0 3.3 8.8
- 3. 3 33 10.0 0.0 13.3 6.F
- 3. 3 3.3 0.0 3.3 3.3 16 7 16.7 100.
14
- 3. 3 15.0 10.8 8.0
- 3. 3
- 3. 3 1E.0 S.3 18.0 10.3 3.3 6.7 8.8 3.3 18.0 16.7 8.8 100.
IF 13.3
- 6. F 3.3 3.3
- 3. 3
- 3. 3 6.7 6.7 10.0 6.7
- 3. 3 3.3 0.0 3.3 6.7 16.7
- 3. 3 100.
I la 10.0
- 6. F 3.3 31 4.7 8.0 6.7
- 3. 3 13.3
- 3. 5
- 3. 3 6.7 0.8 3.3 3.3 20.8
- 6. 7 108.
19 16.1 0.0 12.9 3.2
- 3. 2 0.8 6.*
3.2 12 9 0.3
- 3. 2 3.2 9.7 88 3.2 16.1 6.5 100.
23 12.9 32 6.5 6.5 0.0
- 3. 2 97 6.5
- 9. 7 0.0 32 0.8 12.9 S.!
- 3. 2 19.4
- 3. 2 100.
21 1.F 6.5 9.7 3.2 6.5 0.8 12.9 0.0
- 9. 7 3.2 32 0.0 3.2 12.9 9.7 6.5
- 3. 2 100.
22 32 6.3 9.7 6.5 6.5
- 3. 2 6.*
3.2 9.7 0.0 6.5 0.0 3.2 12.9 9.7 6.5 6.5 100.
23 3.2
- 6. 5 6.5 9.F
- 6. 5 0.0 9.7 3.2
- 6. 5 6.5 6.5 0.0 32 12 9 9.7 65
- 3. 2 100.
24 3.?
12.9 3.2 3.2 9.7 0.0 6.*
3.2
- 6. 5 3.7 9.7 0.0 9.1 3.2 9.7 3.2 12.9 100.
t CLL 8.6
- 7. 3 4.0 2.3 37 19 31 41 03 7.3 6.8 27 *31 4.9 8.2 11 2
- 6. 6 100.
- JU1RER CF 08S =
F31 i
I
4
't
'4PP O-Co C P E M S t 4 T 10?: 519FT WI'a0 DIRECTIc% PE;SilfrbCr JANutt V-JUtsE 1983 HOURLY WIf.J POSES (PERCI4TB 1
}
rEnnuaPv l
I WINO DIRECTION HR. Of 04Y N hhi NC ENE E
WNW NW NNW CALM TSTAL 1
16.8
- 4. 0 8.8 8.8 40 0.0 33 8.8 26.8 12.s 4.8 8.8 0.0 00 12 0 00 40 180.
2 15.4
- 7. 7 3.8 0.8 8.8 3.8 0.8
- 7. F 11.5 19.2
- 3. 8 0.8 3.8 8.8 3.8 11 5
- 7. 7 100.
5 F. F 1*.4 5.8 See 0.8 0.0
- 3. 8 3.8 1 *. 4 11 5
- 3. 8 0.0 4.0 3.4 3.0 7.7 15.4 108.
l 4
15.4
- 3. 8 11.5 3.8 8.0 0.0 3.8 11.5 11 5 19.2 8.8 3.8 8.0
- 3. 8 -
8.0 3.8 77 100.
5 11.5 15.4 3.4 0.0 8.8 0.8 3.8 11.5 19.2
- 7. F
- 7. 7 0.0 0.0 3.8 3.4 3.8
- 7. 7 100.
5 8.0 12.0 4.8 4.8 0.8 0.0 4.8 12.0 20.6 8.0 40 4.8 8.0 0.8 0.8 40 8.8 ISS.
F 4.0 36.0 8.8 0.8 4.0 4.8 4.8 s.0, 24.8 4.0 12.8 4.8 0.8 0.8 0.0 8.8 8.0 100.
to 8
80 0.0 8.0 0.8 8.9 80 00 8.0 28.8 0.0 12.8 4.0 0.8 8.0 0.0 8.0 16.0 188.
i 9
7.F F. F
- 3. 8 3.8 0.0
- 3. 4 38 7.7 19.2
- 7. F 15.4 30 0.8 0.0 3.8 3.0
- 7. 7 ISS.
l 10 11.5 C.0 F. 7 0.0 3.4 3.4 3.8 7.7 15.4 11.5 15.4 8.8 8.8 8.0-00 7.7 11.5 104.
11 7.F
- 3. 3 38 0.0 0.8 77 3.8 38 23.1 19.7 3.8 3.8 S.S 0.0 8.8 11.5
- 7. 7 1C0.
12 f.F
- 3. S 3.4 0.0 0.0
- 3. 8 F. 7
- 3. 8 23.1 15.4 3.8 7.7 8.8 0.9 88 11 5
- 7. 7 108.
15 15.4
- 0. 0 3.8 0.0 0.0
- 3. 8 7.7 3.8 23.1 15.4 3.8 3.8
.e.8 0.8 0.0 F. 7 11 5 100.
l le 11.5
- 3. 8 0.0 0.0 3.8 38 3.8 7.7 11.5 11.2 38 0.0 3.8 3.8 3.8 77 11 5 108.
I 15 3.4 F. F 9.0 4.0 3.8
- 3. 4 3.8 3.8 19.2 1*.4 3.4 0.0 9.8 3.8 15.4 7.7
- 7. 7 188.
16 5.4 11.5 S.0 0.0
- 3. 8
- 3. 8 7.7 3.8 26.9 3.8
- 7. 7 0.8 8.8 0.0 19.2 3.8 3.8 148.
1r F. F
- 3. 8 3.8 8.0
- 3. S 8.0 11.*
3.8 19.2 15.4 4.8 0.8 0.0 3.8 11 5 77 77 108.
18 F.7
- 7. 7 8.0 8.0 F. 7 8.4 32 1*.4
- 7. 7 19.2 0.0 8.8 00 3.8 11 5 31.5
- 3. 0 188.
l 13 8.0 8.8 8.8 0.0 4.0 4.4 12.0 40 20.0 12.0 0.6 8.8 80 4.0 16.0 8.9 8.0 100.
1 20 4.3 12.0 0.0 8.0 9.8
- 4. 0 8.8 12.0 20.0 8.8 8.8 8.0 0.0 4.0 12.0 12.0 0.0 100.
l 21 12.0
- 8. 0 0.8 8.0 9.8 4.0 8.0 4.8 28.0 8.8 8.0 0.0 0.0 40 16.8 4.8 0.0 100.
23 S.O 80 8.8 4.0 0.0 8.8 8.0 12.0 20.8 8.3 4.8 0.0 0.0 0.0 8.0 16.0 4.0 100.
23 12.3
- s. 0 8.0 0.0 4.0 0.8 8.0 4.0 20.8 12.0 12 0 8.8 0.8 8.0 8.8 12.0 0.0 108.
I 24 16.0
- 4. 0 4.0 0.0 4.0 9.8 4.0 12.0 16.0 16.8 8.0 00 0.0 8.8 8.0 8.0 0.0 180.
l ALL 9.6 F. 2 31 G.8 21 28
- 5. 2 F. 5 18.9 12.1 5.7 15 0.7 1.6 6.5 8.1
- 6. 7 100.
l eiuP8ER CF OR$ =
614 l
{
i i
?
l l
I LA.........................
T0000000000000000000000000 O0000000000000000000000000 T1111111111111111111111111 N0022533734337930770000009 L
A0033633633336630660000002 C
7579973803333773337330772 WN6692263000333063336338662 N
1111111111211111111 1
39757777733079777077.F7709 W
N3296966660306666606666607 11 1
1 1
1 0000000034773803300000002 W
N0000000033663003300000001 W
8082000000033438000000007 W0003000000033330000000000 0880000030700000000000004 3
W 8
S0080000030600000000000000 9
W 1
e C
0022200079300000000000005 N
W U
S0033300066300000000000001 J
1 1
T f
N F. 5 5 3 2. F. F. 3 3 4. F. 0 3 3 7 3 3 3 3 0 0 0 3 3 9
?
E A
C N
W U
R O
S6668366333602063333000233
'4 E
I S
1 A
P T
J
(
C E
052797F00308737003F870704 I
S H
R C
E C
I S0639266000006060036060608 E
S R
D 1
111111 1
11 1
1 1
E O
4 T
E M
D 0 7 1 9 9. F. 7 3 0 1 003933373307702 S
N O
I E
S N
W S0962266300002633363306608 R
I S1 111 11111 1
1 E
W P
7 4 7 9.*.
3 7 7 2 9 0 0 1 3 3 3 7 0 7 0 7 3 2 2.*.
Y N
L E
O A
S6992636636006023E06063331 I
U 11 1
1111 11 111 1
1 1111 T
O C
H E
05955733330743F77737003369 R
C I
S0626663330060066663600339 D
E1 1
11 1
11112111 D
2 020000033433047730003070.F 2
7 W
E0200000333330366300030603 1
11 1
T F
030000300000000337.F033002 8
1 E
5 3
N3000003000S08003366033001 8
E 0
4 t
0 F
0 0 8 8 5 2 3 3 6 0 8 7 0. S. 8 0 0 0 3 2 0 3 0 0 4 I
C T
E A
N0000633300060S00003303001 9
T E
S 8
M 072200335 4F77433133730778 U
E E
N P
N0933003333666333333630666 C
A1 1
1 1111 JC F 4 6 8 4 0. F 0 0 2. F 8 0 2 3 F 4 0 0 0. F F 0 7 4 C
P N6125946007603716000066041 P
1 122111221112121222211211 n
Y A
D F123 456789012345678901234L O
1 11111111122222L A
R H
ja O
r l
l ll ll i
If l
ll I
ll l
I
l l
L A.. *......................
T0008000000000000000000S00 O0800000050000000000000S00 T1111111111111111111111I11 M 0 6 9 0 0 0 0 0110 8 0 0 0 0 6 4 0 5 8 0. ~6 0 2 LA0380080077000000330000301 C
0761783846737303134919113 WN0837030318636303703677771 N
1 111122111111 1
1 1
9340982176370787982831335 W
N7415737403360606737347445 112211121 11112111111 111 6660639806807333600006668 W
N3338386803006333380003332 W
1 6666600000000000600000009 W3333300008000080300000800 8000000800030000004466660 3
W 8
S000000000003S080003333331 9
W 1,
E 0000080866308333099000804 h
W U
S0000000033300333066000001 J
)
T V
N 4
I 6116044900000333000466605 A
C N
W U
R O
$3773033600E00333000333302 N
E I
A P
T J
(
C E
6886194066373333199460018 f
S L
R C
E I
I S1003F63033363333766330073 N
S S
D E
O P
T A
A D
6161. F. 4 4 4113 0 7 3 3 3 0 0 0 4 7. F. 6 3 2 S
N I
D I
E S
h W
S373F03337730633300030C305 8
I S
1 11 11
~.
W P
Y 9337630833737700733913392 N
L E
C A
S74483033446366000806F 4472 I
U 1111 11111111 11111 1111 T
O C
H 08686000.e6033007133266116 E
R E
I S0S30380003833006700733F74 D
E 11 111 O
0 N
1066644916303007604416019 9
I 6
W E703333367330300E3033F307 !
1 T
=
F 0 6 0 6 0 0 0 0 0 0 0 0 0 3 0. F F 3 4 4. F. 6 6 6 1 8
5 1
E 3
N0303000000000306003383334 8
E 11 1
11 1
0 N
O F
33771300333073306032173.(. 4 C
I T
E A
N44007033443063303007F0439 R
T 1111 1111111 11 11 E
S 6
M R
6131328366303330094413F11 U
E E
N P
h374F473033303330063174077 O
h 1
11 11 1
11 O
C
- 4. F 7 3 3 9 3 916 3 3 3 7 7 3 4. F 7 4 3 6 7 9 2 C
P 410944606F3333663100345 073 F
21111 1
1111 1 122211 11 1 N
T A
D f123456Fa90123 456F8901 234t O
1 11 1 11 111 122222t A
A H
0$
0$
I I!
lI 1l
- )d i!
I 1
lII'
!lj;1l):
i!1
)
l f
LA.........................
T0S00800e08008000000800000 O0S80800o08000000000000000 T1I11111t11111111111111111 K8522252575028222070773030 L
A0633363696030333090993034 C
5285921191946191999270038 WN6386236626292626222390038 N
1 1111112111111 1
1 7914117775152595599777075 W
N9269669996663626622996060 11111 1
1 11 1
1 5715522000222227728523309 WW6966633008333339930633304 1
W 1
2525228002880208225273700 M363633e003000300336393604 111 5 2 0 8. e. 0 0 2 8 0 0 0 2 0 5 5 2 7 5 2 2 7 7 3 0 3
US6300008300003066396336633 8
9 W
1 2000000022522525500200000 E
M W
S3000000033633636644300002 u
J
)
T Y
N 25222252323223222051030.F 8 1
E 4
C N
W u
P 0
S3633336303033033306083062 N
E 1
S 4
P F
J I
C E
2255525995594152755523077 l
R
'C S33E6636226629663966633067 a
i 1
N S
Y 0
11 111 1
E O
A T
A M
O S
I 9 7 9 4 91. F. 5 5 5 415 5 7 7 5 7. F. 9 7 0 3 0 9 I
0 D
E S
k W
S2929269666966699699290300 4
i S1 1111 11 1
1111 C
W P
1 9 1.*.
9 1 1.*.*. 1 2 0 5 5 5 1 7.*. 5.*.
1 8 3 3.*.
Y h
L E
c R
$6296299662306669S66660339 i 0 11 1
1 1211 T
0 C
H 555202.F570520228022253339 i
d ES6663039690630330033363333 I
3 I
1 0
2020550527255025000520001 4
'1 F
IW E302C660639366036000631003 T
=
F 0227002022825552505200006 8
5 1
EN0339803033030663606300002 8
1 0
E s'
F 0
2 0 2 0 5 5 2 5 2 2 2 8 0 2 8 0 0 7 2 0. s. 0 0 3 4 O
1 I
EN3030663631302308093030032 R
A E
T D
S N
220022500027950520957FF 15 U
A N
C Ch3300336000392f06302696634 F
1 1
0 h
4C 79975191441.FF9474951507F 4 C
N2229652699699299926663663 P
111 111111 11 11 1
1 1 11 F4 f
Y 4
D F123456F893125 4567 a901234L G
11 111111l122222L A
A H
mt" J
!Il
!l l
ll l
i
-llji!lIlI l
)1I l
iI
4 a.a,4.-
a_
J esh4 a
.-..__.m_.m_m e e e e e oe e o e o e e e o e o e e o e e e e e e keeeeeeeeeeeeeeeeeeScessee l
OceSeeeeeeeeeeeeeeeeceeeee
>mmmmmmmmmmmmmmmmmmmmmmmmm EemmmdWWeekkeedeeeeeeeemke s
J e e e e e e e e e o e e e e e e e o e e e e eo e WehhhMMMMMMMeeMeeeeMMee>GM M
m i
'de@mmW4MekWhmm@m@ emes @m@@
a 3 e e o e e e e o e o e e o e e e a e e e e e ee e SMcM>>MMMeMMMM>>>dmemeWWMe 3
m eWecedekke>>eemmeMeemedee 3 e e e e e o e o e o e e e e e e e e e e e e e e e EeMeeeMMMMMMmege>MeMmenmeN m
i WM4@@eGemakeeMeGeemmemeWN 3 ee o e e e e e e e e eee e oee e o e e ee e SkeMMmeeeeeMmeeeeMeeeeeeMM 3
m mmm me>>>mMmekeememmeseeeeeem e e e e e e e o ee e ee o e e o e e o e e e ee 3kMeeckeMhMhMMMMMeeGMedeGO mmm m
deedmmetekMeedeGePeseeese M
3 e e e e oe e e e e e e e o e e e e e e e e o e e e
WMeeMNmeseMMmeMeeMWeemmeeN e
3 m
m m m4 4.m mm.me.*.>.m@m me.e.M QQe.4.N'y Wa
=
. e o
e. e.
. e 3
wm>>MMkhmm>>Mmmm>MMogeMMe@
7 a
mm m
m m
n 9
k Z
e he seemheememeemMmhNemePmhmN e
U P
3 e e e e e e o e e e e e e e e e e e e e e e e e e 2
a o m e e e e e e e re n w m m e e m e m m e e w w e h m
?
W m
mee m
mmmmm m
4 4
1 7
w U
W mMemMcMWMpePNemMmesemeMhc
%J W
e e e e e e e e e e e e e e o e e e e e e e e e e W
W W
m MeepeemerMconNmmee=MmeMece n
E D
mmNmmmmNMNNNNNmmNMmmmmmmm W
C k
5 O
M 2
demmedesemenepNeemmedmeem m
C m
W e e e e e e e e e e e e e e e e e e e e o e e e e m
2 3
wemmmemceemememNcMeehmepen M
M
@NN NNNmmmmmmmNN*NNNNNNNN i
Le 3
m m r e m m m e e m e ss e m e m M e M N N m m es w K
J W e e e e e e e e e e e e e e e e e e e e e e o e e Q
4 MemmOMehemmeemhmkegemmeMem m
3 m
MN m
m mmm m
mmmN mm C
U Z
W mmedeeMeemesesseemeepageh E
o e e e e e e e e e e e e e e e e e e e e e e e e hhgMggeggMggggggMgMMggggN m
C W
m s
C m
2 eWWeS@ecebecedeneepece@@N m
m e o e e e e e e o e e e o e e e e o e e e o e o e 3
M e m m e e M e s s m e c e n m h m e w M me rs M N 4
H e
meme@Oceceeeeeeeeeeeeeded m
W e ee e e e e e e e e e e e e e e e e e e e e e e M
P 2OeeeMeeeeeeeeeeeeMeeeMmes C
W O
na 4
m WoWWeseemeSpeseWeeeeeeeeg Q
W e e e e e e o e o e e e e e e e e o e e e e e o e e
PeeMMeeeeeeeeeeemmeMMmecem e
m w
M C
M e
domeehecesepeemesenceedoc 3
og C e e e e o e e e e o e e e e e e e o e o e e e o e E
4 M e h e m e m e W e c e m e *#e e m e w m e m e m C
2 m
Cu g
hm@eddme@hhhmee@@eeMPemMP Q
6 e e e e e o e e o e o e e e e e e e o e # 6 e e J
,7ggMgMMhm>MmMegMM@MMMqdh ec t
s mm m
n 7
m W
Q s o n M e c e m t t o n N m e @.0 m tremNmea y
mammmmmmmmWNNhNs 4
o 4
Z B25
- - - -. - - - - ~ -.
i t
i l
l l
N PP C-C3 0PE R STATION 318FT WINO DIRCCTION PTMSISit NCE J49U44 Y-JUNE e1983 HOURLV W!hD RGSES (PISCCNTS SENI-ANNUAL WI4D OIRECTION HR. GF 04Y N NNE NE ENE E
S$W SW WSW W
WNW NW NNW CALN TOTAL 1
13.3 f.g 4.0 1.2 2.9 4.0 11.E 11.0
- 8. 7 -
4.6 4.6 2.3 3.5 4.6 9.8 4.6 2.9 100.
2
- 13. F
- 5. 7 2.1 17
- 1. 7
- 4. 6 10 3 10.3
- 6. 9 8.s 2.9 1.F
- 3. 4 4.6 9.7 57
- 6. 3 100.
3 19.9 8.0 3.4 1.F
- 2. 3
- 4. 6 18.3 8.0 8.6 6.7 4.0 1.1 3.4 6.3
- 9. 7 5.1
- 5. 7 ISS.
4 12.0
- 3. 4 5.1 2.9 11
- 2. 9 10.9 18.3 8.8 91 1.7 2.3 4.6 3.4 10.9 7.4 4.s 18e.
5 10.9
- . F 5.F 0.6
- 2. 9
- 1. F F. 4 12.6 12 8 5.F
- 3. 4 11 4.0 3.4 10.3 8.6
- 4. s 100.
u 6
8.7
- 9. 8 5.2 3.6
- 3. 5
- 1. F 9.2 11.0 11.6 5.8
- 3. 5 1.7 3.5 3.5 9.2 81
- 3. 5 180.
F 3.8 E. 9 4.6 12 17
- 5. 8 9.8 18.4 10.4 52 5.2 12 23 2.3 S.7 11.0 3.5 100.
8 11.6
- 4. 7 1.2 0.0 3.5
- 3. 5 10.*
70 12.2 5.2
- 6. 4 2.3 1.2 8.6 93 10.5
- 6. 4 100.
9 12 2 35 4.7 12 2.3 41 8.7 9.3 13.4 4.7 7.0 1.7 17 2.3 7.6 9.3
- 6. 4 100.
13 11.1
- 2. 9 4.1 12 4.1 41 10.5 76 11 7 5.9 70 8.6 1.2 1.8 64 14.0
- 5. 8 100.
11 12.6
- 4. 6 3.4 0.0 2.3
- 4. 0 10.9 10.9 10.9 f.5-
- 5. 2 2.3 11 2.9 6.9 12 1 34 100.
1?
9.8
- 4. 5 4.0 2.3 17
- 2. 9 10.9 9.2 13.2 6.9 2.9 2.9 17 2.9 7.5 13.2 3.4 100.
13 12.1 4.0 29 17 34 17 9.2 98 13.2 6.3
- 3. 4 17 11 4.6 4.6 14.4
- 5. 2 100.
14 10.9
- 4. 6 11 1.7
- 4. 0 4.6 8.8 6.9 12.1 7.5
- 3. 4 1.1 2.3-4.0 6.9 13.8 6.9 100.
15 11 5
- 4. 6 11 2.9 4.0
- 9. 6 8.E 6.9 9.8 F.5 4.0 1.7 11 4.6 9.8 12 1 5.2 100.
16 86 8.6 2.3 2.3 5.7 3.4 9.7 7.4 14.9
- .F
- 4. 6 2.3 1.1 3.4 10.9 12.0 11 100.
IF 14.9 2.9 2.3 4.0 2.9
- 5. 2 9.2 5.F 12.6 7.5
- 2. 3 1.7 11 4.6 8.6 10.9 3.4 100.
16 12.6
- 4. 6 2.3 4.0 2.3 63 63 9.F 11.4 4.6
- 2. 3 4.0 0.6 17 10.3 12.8 51 100.
19 12 6
- 4. 6 5.7 3.4 4.6
- 5. F 8.6 F. 4 10.9 4.6
- 3. 4 2.3 2.9 0.6 97 11 4 1.7 100.
20 13.1 5.1 51 2.3 4.6 8.0 9.7 10.9 10.3 1.F 2.3 1.1 3.4 1.7 8.8 9.7 2.9 100.
21 10.9 8.0 1.4 29 4.0 69 11 5 10.3 9.8 2.5 2.9 1.7 2.3 3.4 9.2 8.0
- 2. 3 100.
22 8.1 7.5 4.S 3.5 3.5
- 3. 5 13.9 11.3 9.2 3.5
- 2. 3 2.3 4.0 3.5 6.9 11 0
- 2. 3 180.
25 11.6
- 8. F 3.*
29 35 47 11 0 9.3
- 9. 3 5.9 3.5 1.7
- 3. 5 3.5 8.7 6.4
- 2. 3 100.
24 14.0 F. 6 2.3 1.2 3.5
- 4. F 11 6 9.3
- 9. 3 59 47 1.2 3.5 3.5 8.1 5.2 4.7 100.
ALL 11.6
- . 7 3.7 2.0 3.2
- 4. 3 9.5 9.3 10.7
- T 3.9 1.8 2.4 3.2 8.7 9.9 41 100.
NUHRE9 0F ONS : 4169 i
i
7 7
Precipitation B27
n m
4s-a e
e o
e e
e o
e m
N e
e e
'o e
e e
4 e
o e
e e
e e
e e
e e
e e
e e
e e
b e
e e
o e
e e
e e
e e
e e
e e
e e
e e
e e
e e
e e
e e
e e
e e
e e
e O
e N
E 2E ee me ee me ce ce me om me me ee me me om se em en Se se GO Se Se es Se se ce es se se e6 ee me em se NN e e ee o e e e e e ee e e o e e e e e o e e e e e e e e e e e e e Mm me se Se Se se se se me em Se es es Se me se ce ce
. w EE es me se se se se se me se se se se eo ce Go se eu 4&
oc we Se Se me ce Se es se GO ce se me en em os ed E
mm e e o e e e o e o e e e o e o e e e e e o e e e e e e e e e e e e o e-mm es se me eo me me em es se se se me ce me se se me m
G E
1
.4>
FE Ge og es se se se me es me se es se ao se se no em 44 ee 9e es ee Se Se se se se se se se se eu ce me eu E
se e e e e e e e e o e ee e e e e e e e o e e ee eo e e o e e e ee m -
mm se ce en me em ee me me se me se se ce ed om se se 4
EE eG ee se se Se se me em We me em me se me se se em 4&
ee Se se se se GO ee se ce es ce se GO Ge ce ce ce ce e e e e e e e e e e ee e o e e ee e e ee e e e e e o e o e o e e ce GW ee We Ge es em se Se ee Se ce Se me so WO 9e ZZ We ee Se ce se se We se me se se se es ce GO 09 de gh Me se me eu 9e ee me se es se ce se Um se ce We se FW e e e e e e e e e e ee e e e e e e e e e e e e e e e e e e e e e e ou ue 90 em ee ao Om en me se se se se en os ce ce EE ce ce se ce se Go em es em GO se se ce Oc ee ou OO M
OO Ge me ce se em oc ee se Se Ge me ce em se Se ee e e e e e e e e e e e e e o e e o e e e e e e e e e e o e o e e e e 9
Nh. em oc en se OS ce ce se se em se em Oc em em OO m
W P
P 3 1 OO M9 en ce me ce en se se ce ce ce em em ce ee eu 7
W&
ce Se ce me GW em se se OG ee ce se es em ee me oQ t
4 'D e e e e e e e e e e e e e e e e e e e e e o e e e e e e e e e e e e b
se OQ en em Oe ce es es ce ce en em ou me ce eQ em 4
4 3a et ET se Go e6 as ne ne GO em es ce me em en ee ce en no 7
ea en e* O OO es em OO em Se OO eC ce OO es e tt me ce O kt cc e e e e e e e e e o e e e e o e e e e e e e e e e e o e e e o e o e a
co
- e a*4 OO me op ec ec es eo me no ec ce en te e ne n
M>
F&
em GM em ce ce ce me em em em ce ee ce me em oe en 4
da se eu ee ce me Me GM ee Se OO en Se on se Me eQ ec O
ee e o e e e e o e e o e e e e e o e e e o e e e e e e e o e o e e o e ce e*
OM se em GO GO ee OS og Se me me GO ou em OC 6m 4
FF ee em oc me ne og me ce em me e6 ee ao Oe me on MM 4
N M&
ce em Um Se es e ce se eu en se ao en ou me Me me MO MM e e e o e e e e e e e e e e o e e o e e e e e e e e e o e e e e e e eC Me en se se ce Oc ce ce es Se ce WM ec OO me ce me Uw d
EF um em em em me en ce se em No en ce 00 eu og os oc ME Se me Se se ce ce OO se Se ao Se GO em ce em OO eC
~
NN e e o e o e e o e e e e e e o e e e o e e o e e e e o e o e e e e e 6
oc ce oc ce se ce co OO ce ce og me ce me em no on u
k 4>e TT es HW OO De SD em em ee ee OO US OO Se oc De ce en
- 4 sh OO Me OC Oc ee OO es se Se en se ce en On OO oO F
wm e o e o e e e e e e e e o e o e e e e e e e e e e e o e e e o e o e s'
OF e4
Yu b
t m
N F
e e
w 6
e e
m N
m o
G e
m m
m m
o m
m o
&a 4
V
- J m
o m
m m
n M
M m
m m
m m
m m
m m
Y 4>
A m
e m
m m
m e
m n
m m
A m
A 4
D f
f T
e o
e S
e G
f T
+
e B28
l a
O O
O O
O 4
O O
e e
e O
O S
O ed O
O O
O i
e e
e e
e e
e e
e e
e e
o e
i O
.S S
S S
O O
e S
S O
O O
O O
hm OS WS SS SS 99 SS SP PS WO eS SS SS SO SO Ea Se SW OS SS 99 SO S US PS 99 Oe Se se ee OO 44 N e o e e o e o e e e o e e e ee e o e e o e e e e o e e se se ee SS SS Se We eO eP Pe en en 9O OO OO OO OO N
G EE
-SS 39 99 99 99 99 9P PO 99 9S 99 Se WD GO 4&
Se se SS SS Se se O S*
se.g ee e e o e o
oe e e oe oe e o e o e e e e a e e e S.e C
SS 99 99 99 99 WP PG 99 SS SO 99 OS 90 E
tsJ 3e R
PO Se ee OO WO OO O C3 4
WS ee ee e e e e e e e e e e ee e e e e e e e e e e e e Oe eO eO SS SO OS SS S* O SS SO OS OO Oe OO 4
E 4
EE SS SO Oe ee O ED e E3 OS 04 9 9O OO OS OO OO OO 6&
SS 99 9O 99 Se ee Se
@* En 99 OS 99 Se eO OS W* P ee e e e e e e e e e e ee e e e o e e e e o e o e e e SS 99 SO Ge 69 SS Ge PG se OS se 99 OO DO EE OG OS ep 9 OS 99 OO SS
@* O OO OO GO Nu O se uO e&
QO 09 99 9O OS em O eS f* O OO eO Ge OO OO OO
@E O e e e e e e e e e e e o e e e e e e e e e e e e e e e OO OO SQ OO O9 OO SO E4 S SO OO Ca o OO eO SJ O i
rr es O 9e OO uO Se en e Oe et O OO eO OO NO e e.,
f= O m-e4 ca s oO Ge oo 90 OS Se o* e oO GO DO OO Oc ci O e
9* f*
ee o e e e e
e-e o O.e
.o e.e O,e, e
e e
e e e o e e e e e -
r, e e e 0*
Oc 89 O CO 90 De O
OO OO CO DO se naJ ED F F OM f5 e OO en O Oe Oe ee 96 S Se OO es e' O e3 OO r" O S
4 4e OO OO OO OP eO OO O C3 S* O OO eO OO OO OO O CT p
%O %0 e e o e e e o e e o e e e e e o e e e e o e e e e e o e O C' OO E3 O E3 Ct
&O Oe Oe PO OO eO O C' eo en e ee K
4 DEe 17" Oc eO OO OS eO OO Oe g* O en O OO eO c5 c OO O E.'
C' c, r.
7 at de f5 &
Ce O OO OO OW G CJ GO O' O OO OC ft O OO D
4 CW e e e e e e e e e e e e e e e e e e e e e e o e e e e e F
C* C9 C9 C' OO E9 O O C' OO UC O' f*
O P3 OM f* C*
P f*
MQ
- P C
.o a=
F. 3 OO OO eO e5 OO CO CO em
- e. O DO ue OO C e-C, S C*
-ee OO e c3 O9 e sp 9O O* tp C C3 OO E3 O O C*
OC PO G
W&
'e Q
e e e e e e e e e e o e e e e e e o e e e o e e e e e O f'*
fS O f3 O OO O f*
OO f5 O O' O O *9 OO O t's eO Om wO aTo ee 4
EL OO OO O CD DG OO SO Oe US O*
se O OO Oe O se OQ 4 9 C' e=
4&
.OS OO ee ee o eS eO Oe 54 0*
OO eO Ou ee OO
- O se MM e e o e e
e e o e e o e e e e o e o e o e e e e o e
.o O.e 90 00 OO ee OO Oc OO Go CO no up v0 O
v i
ans r.
Gm D' E C' f5 Ob C9 O F9 O C3 C*
OO OO fV O O fS CS O O P' OO 4*O 4&
OO OO E3 O OO CD OO O CD 5* ft OO OO pO e sa nO OO F
NW ee e e o e e e e e e e e e e e o e e e e e o e e o e e O
OO f3 tP O C5 OO OO OO f* O U* US O f3 eO C' O u t-
- 3 e e
C*
om ein a
eme FE en o e*
OO OO O f*
ee o es F5 S*
Ne c3 O ee
- f*
c3 M t o r=
e5 &
OO uO OG 83 O cO eu OO 0* P-OO OW CS O u r'*
O t.*
OO E
em os e e e o e o e e e e e e e e e e e e e e o e e e e e o e P to P6 7 OO tus O QO f* U OO 8T* O*
'3 Q QW C
f'9 f*'"'
C aug r em L
Gr C4 U
0 e
S*
15' O
em M
r*
e y9 gg*
em su'*
cm r*
se C
es se N
N PJ N
N N
N N
N N
C*
ew at C1 en se es em os se es se se es em as es se em M.
3 sA e,
en afi em M
se m
w*
m e9 wo M
F*
M*
6C Gis G
isle 4
9 A*
E
'J" e
B29
m i
- IPP1 - C00"r9 STATION PPECIPITATION DATA F31 J4n9897-JUNF 1983-RAIN VERSION O 2P
- 10 % 7 H CF J4 t4U 4 P Y I
Fe9 ALL TE9PraafutES TOTtt hUPBF9 0F HCURS - T94
?luP978 0F ftISSING POU45 -
18 TOTAL HOL93 1F PPEC PITATION -
13 T1T4L CATS 'JITH PSICIPITtTION -
S T3TAL eHSU1T OF PEECIPITATIr4 -
e.10 INCHrS 1%MI'U1 1-H0 0P PEEtiPITATION -
0.02 INCHES en to N4MIMUP CBILY PRECIPITATION - 0.0T INCHES g 9 01 PEF.Iu0 !% PiNTH VITH GRE ATEST APOLNT PPCCIPIT ATION STARTS 04Y 29 HOUR S-0.02 INCHES c)
S H109 PE41'3 IN ncNTH WITH GRE ATEST 440LNT P*CCIPIT ATION S TARTS DAT 26 HOUR 1-0 0T INCHES 12 M104 *ERIOD IN MONTH WITH GRESTEST AMOUNT PRECIPIT ATION 5 FA#TS CAT 26 HOUR 1-0 0T INCHES 19 HJU4 PEP I.'O I N P?fITH WITH GPEATEST APOLMT PgrCIPIT ATION STARTS 04Y 26 HOUR 1-0.0T INCHES l
24 40U4 Pf4!00 IN M1 NTH MITH GREAT!ST APOLNT PeECIPIT ATION 3 TARTS OAV 26 HOUR 1-0 0T INCHES Fra TF1PIR ATUPES LESS TH AN GA EDU4L TO 32 DEGREES T3TAL MUMBEd 0F HOUPS -
S 4LPP(4 OF MI3SI4C HeU95 -
0 TOTAL POLRS OF PPECIPITATIQ4 -
0 IOTAL CAYS WITH ParCIPITtTI1N -
0 i
t0 Tat agru'4T OF PPECIPIT4T!aN -
0.30 IACHEi 1ANIwuq I-HmaR PbECIPI T A TIC % -
0.00 INCFES 0.30 IrCHi?
MANIMUP CaILY PRECIPITATION
eNMeseeeeeeeeeeeeeeeeeeeeeeeeee ONON4@N N em 2
3 3
5 t
4 e
==
4F@NM*eeeeeeeeeeeee@WGeeeeeeee e @ W @ f M se g
M 4
5 W
E O
2 y
e u
2
==
Se et 8
E
%e 3m n=
OF
=
N=eb8@eesemeeSeeeWeeSeeeseSOSGe 4
e.e M Pi ha tf" M N ma ha e ti se er 2
G
>= m e u
n= at 2
.J oe ne w
a M3 4
CU R
6
-s t'
p.e u E
y me me F
0=
4 me na.
as K
Q E
3 T
- r. 3 Q
se ed me
==
- 3 of S.
e e d =e @ N o e e e C e e e e u o c c e t.' e e o e e o e e c t= ed e N se se H
me d W
be
& no G
me
==
u T
ka saa h
4 5
en t=
W 53o M @ et O e e e O e e e e e e e e e e geese e e e e e e e e e g
C ee hae E
af E
ta.d e
4u me C2se M
t.4 me T
en a.
$* bi 8e N M * @ Olh e@M M M90 O @ e O O O O O Q O Q O e Q O O O O be
.*.a*1 uf1O f.
Jasas#3N N M e e @sdsee3@ g meedam er er g en g 36 e 3I e e e e e e e o e e e e e e e e o e e e e e o e e e e e e e Q u e u e o O e o r* e e @ o e o c' O o a u ee se es en me en me me se N S
.2 e6==
B31
n.
s b
.I 33. 33 33 33 33 33 I. I.
I. I.
I. I. I. I.
I. I.
I. I.
II 33 I. I. 33 33 en k
o.o
- 3..
5.x a.-
- 3..
- 3...
o
.F mm j
l W
I. I I. I. II 33.'33 33 33 33 33 I. I. 33 33 33 33 I. I.
33 33 33
=
i 3
I. S. 33 33 33 33 33 33 33 33 33
- 3 I. I.
33
%E 33 23 33 3
1 ee i
h 3
I 3
51 23 23 33 33 I. I.
3 3. *. I.
33 33 I. I. 33 33 I. I.
33 I. I.
33 e
i
[
5E 33 33 F. *. 33 33 I. I. 33 I. I. 33 33 33 33 33 33 33 33 I. t.
i ae
~~
................................ oo 9
i
.n 4
.r.,
2 4.
o oc t
n=
c.5
- 3. ". 1. *.
I. I. 33 33 33 33 33 33 33 33 33 23 33 33 23 33 l
3 1
4 c.
c.
n.
ee c.-....
e.
.c o.
i e
.x.x..
a
~
. e o
e r
a
(
a h<-
==
.n s
u. e i
- o..
an u
i W
,t
.... o 3.
- 3...
. o n.
r.a a
..c I.
3
- c..
. a e.
T m
nn o
e o.
3
- 3... o.
- 3..
.n.e
.~
.n
. I. 3.. 33 3.
I.
3.
v.E.~..
m
- 3..
n ou e.
on en e
o U
=
0 n
P h
p m
n m
e c
h C
H m
o m
m n
m n
d e
e n
n n
n n
n n
n n
n n
n n
n n
n n
4 7
[
[
E e
a a
a e.
a.
e.
e.
n.
e t
B32 L
4
.n
,.--n.-mn.
_ - - - - - - - _ =_
.a b
I 22--
3 3
33 33 33 33 I. I.
33 3
3 I I.
3 8
3 3
t t t I. I. 3 3 S. E. 3 3 33 33 33 I. I. 33 3 3. !. !.
5 W*
55 3 3 33 33 3 3
3 3
3 3
I I.
I I.
3 3
3 3
3 3
3 4
4 58 33 3
3 3
3 33 I. I. 33 I. I.
33 3
I. I.
33 3
el 3
3 33 33 33 I. I. 33 I. I.
33 33 I. I.
I. I.
51 23 33 33 I. I. 33 33 3
33 33 I. I.
33 3
e.
~~
4 e.
e
==.......
4
- e..
B 4
Er 23 33 I I.
II
- 3. r. I. I.
33 33 33 33 '43 ee
... en
. ee n.
.e
~..
-e 1
r.
8 6
. e e.
- e. n.. o e.
.i r.
I.
.n o nh e
-s e
u l
w 1
.m
.=.=
3 3.
.c 5
nn n
l 5I 33 3. ".
I. I.
R. 3 I. I.
I. I.
33 33 33 3. " "3 v
v.
a.
e.
.... ou
.u
?
5 e
~
~
e
~
a n
n n
n n
n u
e.
~
O t
a a
n n
n n
n n
n n
n n
n r
m e
e e.
m.
e m.
m e
e m
S E
W i
B33
m
,!. 1 s
Y, i
i s
Y s
as
~,
's
~
taPPD A COOPER STATION PRECIPITATING SAI A FCC J4NUART-JUNE 1983
'=
RAICVVERSION 5 2P
- ^
i l
,~s' q
10hf*, Or rgeRueRy
.s
'g (
,j j
j h
//
i f.l
/
f
-lr
', )
FCR ALL,f f MPE R ATUPES 5
g
,jp f,
}
. 1\\
i 4
I t
Tctat NUMBE.1 0F HOU.S.S - 6T2 v
i f
j 9
j
'4 0Pf'.E R J F M I 3 S ING P CUR S
- 6
/
['
[
TOT AL P008tS OF PRECIPITATION -
16 /
total C4VS WITH PPICIPITATIC4 -
2 f
TOTAL' 5HCU f f 0F PREC! PIT 4 TION -
0 68 INCHES,,
I I ,
MANIPUP I-HOU9 PRECIPIT ATION -
e.13 INCHES e
-M A AIMUP :: AILY PRECIPIT A TIOW- 0.6T INCHES I HOU4 PE8tI30 IN PONTH WIItt CRCATCST A>004T PRECIPIT ATI0i! STARTS DAY 1 HOUR kII -
8 13 INCHES 4 64309 PERIOD IN P0'ITH WITH GRE ATEST AMcLNT PRECIMIT ATION STARTS DAY l HOUR 9*
8.46 INCHES 2,
I2 HOUR PERIOD IN PONTH WITH GREATEST AMotWT-?stCITTT ATION STARTS DAY 1 HOUR '8 -
9.62 IMCHES IS HOU4 PERIn0 IN PONTH WITH GREATCST APOLNT PMCCIPITATI0h S TARTS DAY I HOUR 7-0.6T INCHES 24 HOUR FERIFID IN P3 NTH u!TH GREATEST APOLNT PSECIPIT ATION STARTS DAY 1 HOUR 7-0.67 INCHES f',
+
)
e r.
)
j FOR TEMFC8t ATuf,YS LE SS TH AN M (9UAL T'1 32 DE GPEES I
s f[
+
.p TOTAL RUP8C9 0F HOLMS -
0
^
/
NUPRER Or MISSING HCU9 5 -
.0 I.
TOT AL H108t$ CF PRECIPITATIch -
e
'N l
T3f al DATS WITH PRECIPITATION -
0 i
j TOTAL eMCU'ai 0F PRECIPITATION -
+0.00 INCHES MANI*U9 I-H3UR PRECIPITATIGh -
6,00, I N C HE S M ANIwuw C AIL Y PRECIPIT ATICN - S.le'. INCHES i
I l
i 4
J l
s l
I'
&N N M e 9 m W M O M F3 N **e=8ee e F e e e e e e e e e O O e e e e M N N es m se se se we se ese os se se se K
N 2
. TT 3
'C o
Z M
us W
- aJ 5
0 o
=
E 4
4 E
Oe-N M e P S e M O FB M N es se se e P e e e e e e e e e e e e e e e F3 N fe se se se se se se se ce we one se ce ok we 4
3 O
ami EEo E
2 4
O Z
ew 4
E fE 61 m
3 mm t=
N M @ P P M 4 e 889 m N es se e e M e e e e e e e e e e e e e e et S
Q t/9 a
P be t/) N P W es me se as se se se me ao we se se LJ es eU ft E
4=9 w
>= a.8 2
he w Z
.J 2
== F tw
=J 7
4pl D 4
e EU 2
4 t.s e a o
F d
- O S'*
=
4 E
De e
.3 ee E 4
E
.I C
F "J
E"* E 3
T 4
o me io
==
T be &
T 43" f, 0* e Pm N P p" O F Pm @meNeeoeeeeoeoooocoo g
he.J N es es se we os as se to me d 4d8 Gul 4
EL to o
tus he tus 4
U R
O W
taJ M
i R
i et F*
==
o P=
ee 4
8'"
t=
4 ene E
3 ee o
U hJ 4 N seen e e N e e e e o e e e e e e e e e e e e e e e e e e E
t es es se rt I
WW I
E F
lal P.
t ee Sun auf et d
M O'
kJ 4
>=
C D
4 e
a6 U
'C
=*
n d
O O
w 4
U
=*
4 0
f" wp et s
U T
on A
me e
I E
==
I C
Q 1e 7
e= M me N m e c >= o e e e e9 tt' o e e o o as e o o o o e e o es e3 e o e.s T* be o e o o o 1 ** e* fe N F18'9 e
- P J ** S 7 o es f 8 1 e @ *C ** T
- Q DZ e e e e e e e e o e e e e o e e o e e e e e e e e e e e e i -
o u o o o o e o e e o o o o e o o o o o es se se ao ee -e== ee se se = N Z.*
e==
B35 t
J G
G O
M P
O O
O O
O e
O O
O N
O O
4 O
e e
N O.
e e
e e
e o
e O
O N
O O
M e
e e
e e
e e
e e
e e
e e
o e
e e
O e
e e
O O
e e
e e
O O
O O
O O
O O
EO OO se se eM Se ce se se ce eO se OO Se OO Oe 90 GO E1 OS GG Se se Se 99 OO Se se se OO 00 es em OO Go GO NN ee e e e e a e e e e e e e e e e e e e e e e e e e e e e e e e e e WM 99 em se se 09 OS OS Se me ce SG Ge me OS Ge On 90 L
N EE Ge GO es se me e9 OS se me SW 90 SO GO DO 95 OO GQ a
.4&
Oe OS GO Ge SS Se me me 99 Se SW OS OS Se SO OO GO E
mm e
e' e e e e e e e e e e e e e e e e o e e e e e e e e e e e e e e e O
WW OO ee ao me me se Om me me se OO OO OO Om me OO OO w
M E _
a>
EE Om OS SM es SO Se ce Se OO SO GO GO SO GO DO OO GE 99 99 GO se SG SG ee Se se Se e9 Se me me se OO OG E
GO ee e e e e e e ee ee e e e e ee e e o e e e e e ee e e e e e e
'M mm. We me me Se em SO se em Se se me se 99 SO Oe OO OO 4
E EE se 90 50 em 90 Se se se se ce eO em em SO OO GO OO 44 Se 60 SO Ge se Se se De ce se SO GO 90 99 90 we 60 PP e e e e e e ee e e e e e e e e e e e e e e ee e e e e e e e e e o me. ee SG 99 GS Se Se se se e9 ge se GO SO Ge CO QG EE 99 Se e6 GN 99 SO Se OS We De OO 99 OO OO em OO OO GE OG 69 Se me Se 99 99 Se se Se se 99 OO OS 90 OO 90 Se e o e e e e*
e e e e ee e e e o e e ee e e ee o e e o e e e e e e OO We 99 39 Se 99 90 OS em se OO se e5 99 90 09 OO EE SO OO 90 09 OO OS se OO DO 90 OO OO SO DO SO OO M
44 - OO SO GO SO OO SO 90 OO OO OO eO ce SO SO GO GO DO hh, e e o e e e e e o e e e e e e e e o e o e o e e o e e o e e e e o e OO O@
CO SO 90 Se se We GO e9 OO GO 90 M
Se t
?
2 EE OO en De OO GO em OS em OO SO OG OO OO OO OO GO MD 7
GE OG OG Oe GO es eO Ge OS eO e9 OO GO GO GO eO 99 OO 8
0 e e e e e e e e e e e e e e e e o e e e e ee e e e e e e e e e e b
G7 OO OO SO DO SO Oe SS em SO OO CO OO OM CO MO OO Ee Dr 4
FE OM CO SO es de oc em ce me en OO ce OO Se en OS eO 7
44 OO GO be OS 99 OO GO Ge OS ee OO 99 90 CO O@
CO OO Or e e e e e e e e e o e e e e e e e e e e e e e e e e e o e e e e e e F
"'O QP PO CO S4 CO DO 09 OO OO OS 90 OO DO SO DO OC Os e>
EE MO OO e5 90 MO se me SO SO GO GO me De SC MO CO OO 4
44 OU 30 09 Os SO 90 OG OS se SS OS me CO GO MO 90 OO Q
- e e e e e e e ee e e e e o e e e e o e e o e e e e e e e e e e e o e CO OS 60 05 OO OO OS 90 Se OS SO Se OO SO GO OO OO 2m 1
=
~
EE DO DO De no me em eO em ee me om em en om De GO M
44 O ta Se 99 OO Se SO em Om se Se se Se 90 SO 09 OO DO e
e o
e e
e e O.e
.e
.e
.e.e
.e.e
.e.e e.e
.e.e
.e.e
.o.e
.e.e
.o.e
.e.e
.e.e
.o.e
.e M
em O
e O
DO s
Uw O
I E
EE OO OO GO wo Se eO OS eO Ge em mO ee OO SO CO OO Oc 44 OO em Se Se se 90 ee ce se Se 99 em 69 em me 00 CO E
NN e
e.
e e e e ee e e e e e e e e e e e e e e e e e e e e e e e e e e P
CO OO SO em OS SO OS Se SO SO OS 90 eO OC CO CO GO w
M 4
k M
VE em 50 OO Mn me ao ee OO 99 OO Oe we ce en OO OO Or 44 90 OO Oe Se 90 ee GO Se ce 99 ee OO OO OO 09 CO W
MM e e e e e e e e e e e e e o e e e e e e ee e e e e e e e e e e e e GU OO no On MO DO CO MO On OO SO DO OU DO DO DO nO e
O j
O
^
U b
t N
m 9
9
+
m e
p S
w N
m e
e e
m O
m M
M m
M n
n U
4 6
e U
m M
e e
e e
e m
m n
F1 m
e m
m et M
F t>
m e
e e
e e
e e
e e
m M
M m
e e
e O
S O
C m
O C
T f
G T
C T
B36
8 u
O O
O O
Ca C3 O
C O
O O
O 4
e e
O O
O O
O O
e C3 O
O O
O e
e o
e o
e e
e e
e e
o e
e O
CB e
C e
O O
O O
O O
O O
O O
>=
De EO SO eO cD e Oe De ce O c3 De me OO 09 OO OO OS EE Oe ee OO eO 9e OO eO OO O **
OO eO OO OO O EB NN e e e e o e e e e e e e ee e e e e ee e e e e e e e e M **
Oe eC ee OO OO OO OO OO PO Q CD G CD OO OO C3 O N
4 EE Oe OO O E3 Se ce oe GO OO Of CB O OO OO OO OO 4&
OO e EB Oe ce Se e EB OO 99 Es e OO ee 99 OO OO E
es os e e o e e e o e o e e e e e e e e o e e e e e o e a e e O
ED O CD e Ou O c3 OO c3 O OO OO c3 O OO OO OO OO OO me O
E Las 3D EE e CB Oe OO OO S EB OO OO DO ee Se ee OO SO OO 44 eO e E3 99 OS eW ee eO OO 9 53 99 OO OO G ED OW E
se e e ee e e oe e e e e e e e e ee e e e e e o ee e a we en==
eO e E3 ee oe OO ee ee O E3 ee O E3 eO OO eO OO en*
E EE ee e e*
E3 e eO OO e CD eO E3 O O@
E3 O OO E3 O Oe OO 44 OO GO OO Oe e E3 E3 O OO O C3 eO eO O E3 E3 e OO OO PP e
- e e e e e e e e e e e e e9 e e e e e e e e e o e o OO OO GO eO eO eO eO Ge OS se OO OO 90 09 EE OO OO Oe eO OO O CD ee ee Oe ee O C3 43 C3 O C3 OO 4&
OO OO OO ee eO eO OO Ge 99 OO OO O Ga OO GO ee o e e e e e e o e e e e e o e e e o e o e e e o e e o e E3 O eO eO Oe eO E3 e OO e CD eG Ge OO EB EB E3 O OO EE OO O CB CO EB e eo OO OO OO O@
OO OO OO OO C3 C3 M
4&
OO E3 e ee O C3 O CD OO eO Oe OO OO OO OO E3 C3 eC e
Pm P=
e e e o e e e e e o e e o e e o e e e e e e e o e e e e 0*
OO eO OO ee eO O CB OO OO OO OO OO O CD O C3 OO es kJ E
D 7E OO DO OO no SO DO D es De om OO SO r-O DO SO "a
4&
E3 O C3 O OO E3 CD E3 O OO Oe OO ee O En OO OO OO OO ee e e e e e e e e e o e e e e e e e e e e e e e e o e EB C OO Oe O cp eO cp e o es OO ee OO OO OO OO OO C
4m C
4 TT eO e f9 89 O OO OO OO OO OO ee eO OO OO OO OO "J
4&
CB C3 OO Oe OO O C3 OO
&O OO eO OO CB CD OO OO
- r. O I
Ef* C e o e e e e e e e e o e e e e e o e e e e e e o e e e e er OO OO OO OO OO OO OO OO O 4"'
eO OO GQ GB 4 oU i
C i
b l
4 t
Es==
OO OO 09 Oe Om em 90 OO 90 SO
==
OO SO I
4 ee &
SO f9 O OO CO ee eO OO OO OS E3 O Oe OO OO OO O
ee e e e e e e e e e e e e e e e e e e e e e o e e e e e e t3 e CB C5 Oe OO CD O EB C OO OO eO OO CD O OO OO OO l
5 i
C l
M.
e 4
EE eO OO eQ eO ee OO ee OO OO Oe ee eO OO OV em 44 e E3 OO O cp eO E3 e ee OO OO eS eO E3 O OO OO OO se MM e e e e e e e o e o e e o e e o e e o e o e e o e o e e OO OO OO OO SO OO OO Oe me OO GO OO OO U
ns E
E 74 ee OO eO OO OO eO eO OO e en se C2 e E3 e es e3 O OO 4&
Oe OO e C3 9e e EB ee ee OO eP Ge SO E3 43 OO OO 2
NN e e e e e e e e o e e e e e e e ee e e e e e o e o e e O
OO OO DO GO OO O EB CO CO eP OO E3 O OO OO CD D 4>
Eri EE OO OO ft O C* O OO OO O CD E3 O OP eO OO OO OO OO
- e 4 OO e sp oO 90 OO DO DO DO C om OO OO OO OO e~ O t
as M=
e o e e e e e e e o e e ee e e o e e e e e e e e e e e
'.J OO uO OO eO OO OO OO OO Ce QQ OO OO c9 e
- Oo fL O
Ou 0
en fB S4 esse N
s9 e
y9 ga 94 et og ee O
m*
me N
N N
N N
N N
N N
N M
M O
CL EL af g
u pt 89 W1 et si art M
arg M
r*
wt M
F)
I ac>
wm at as en rg we M
M e
- )
M M
wi 1
O M
O 4
E O
O O
O C
B37
NPP3 - COGP:R STATICN PRECIPITATION DATA FOR JANU A97-JUNE 1983 RAIN WERSTON s 2P
- t3 AT H OF PARCH FfR ALL TEMPERATURES TOTAL huPBER OF HOURS - T44 NLP82R OF MISSING HOURS -
4 TOTAL HOURS OF PRECIPITATION -
24 TOTAL DA VS WITH PRECIPITATION -
6 TJTAL ANCLNT OF PRECIPITATION -
1.03 INCHES l
NANf4UM 1-HOUR PSECIPITATION -
0.17 INCHES HANIMUR CAILY PRECIPITATION - 0 40 INCHES L H309 PERIOD IN PONTH UITH GREATEST AMOLNT PRECIPIT ATION S TARTS DAY 15 HOUR 4-8 1T INCHES 6 H3U1 PERIOD IN RONTH WITH GREATEST ANOLNT PRECIPITATION S TARTS DAY 26 HOUR 19 -
0.33 INCHES 12 HOU9 PERIOD IN MONTH UITH GREATEST AMOLNT PRECIPITATION STARTS DAY 26 HOUR IT -
0.45 INCHES 8$ -
18 HOUR PE4IOD IN PONTH WITH GREATEST AROLNT PRECIPITATION S TARTS DAY 26 HOUR IT -
0.45 INCHES 03 24 HOU4 PERIOD IN PONTH WITH GRE ATEST AMOLNT PRECIPIT AT!3N STARTS DAY ' 26 HOUR 1T -
0.45 INCHES S
FJR T2MPENATURES LESS THAN OR COUAL TO 32 DCEREES TOTAL NUPEER OF HOURS -
0 NUPHER Of MISSING HOURS -
0 TOTAL HOURS OF PRECIPITATION -
0 Y0T AL CA VS WITH PRECIPITATION -
0 TOTAL ANCU'4T OF PRECIPITATION -
0.00 INCHES MAN!auM 1-HOUR PRECIPIT ATION -
0.00 INCHES HANIHUN CAILT PRECIPIT AY!CN - 0.00 INCHES i
m
8.
N P N O O e e N W e d we e e O e e e e e e e e e e e e e e e e e e N e e sa e e >= W e N we se **
a N se ee ce M ee 2
2 2
O O
==
=
en W
E and t=
2 O
se E
4 4
E O
t=
e N e e'* N @ S M e > e O P1 N 96 eeeeeeeeeeeeeeee Oe8 e e M @ @ e N *e M se J
ee se M 4
3 0
ene EEo 2
3 4
O T
me t=
4 e
E tas M
3 am to e
QM eW>h@eeOPMPhWMeeeeeOOOOOO9000e at 886
.nJ tra N P 8'* d d W O e e N es t.*
e.(Y 3
O J
e me W
en W
> taa O
2 D= E Z
=J 3
- 8C w
A "3
w3 4
e 2W 2
L tJ W O
Z*
,E t= 0 os ens g
g gm q
r I
3
- 4 4
E 2
O E
et 2
3 T
"3 OE O
8=
ee taJ u'
t= C 3
g og E E e N N iP* O e O N O N O O O O e O O O O e e O 63 O O O O O O 4
>= 3 OeeemMNN**
to Deas W
W as gL w Q
t=
ee me
(
=
u E
Q W
W
(
E 4
i E
Q.
O 2
l ee Q
.=
mie d
D=
8F ene E
(L 3
m.e u
u i
tJ e>WeemNseOOeeeeeeeeeeeeeeeeeeee ta.
l g
N en ee me O
a.
em.
E l
2 ten O
T no K
em ao
'R aR em M
'eI e-S T
4
- s.
%8 1,J EE
- =
c at M
O L
2 U
b m
W l
C Z
e,e l
Q.
b*
E
(
4 en D=
c I
T a= to ee N n e t am a f O f G en O *M O O O O O O O O t' O R O o to e e
.8 l
3" 'z
.1. O. O. 69 O. *.* oe N. N. s'*M e. e ( #. o* e. @.*O. ** N. *.1e. C. 4. ** f. e. O.
st O D
I e u O u O O O O O O O O O O O O O O O O O sese==**aosememecese N 1
ag.af l
i B39 l
l
~-
J O
O O
S e
O O
M O
O W
O M
O O
4 e
O O
O O
O O
M O
e O
M C
O m
O O
e e
e e
e e
e e
e e
e o
e e
e e
e O
O O
e O
O O
O O
O O
O O
O O
O O
O b
EO 90 e9 OO OO em Se 99 OS se OO OO DO DO OO OO OO OO EE QO GO WO me 99 Om em OO DO 90 OO 99 99 CO OO 09 OO NN ee e o e e e e e e e e e e e e ee e e e e e o e o e e e e e e o e WM On SO Om em eO We 90 GO 90 OO 00 99 OO 09 00 99
&N e
EE SO se OO OO MO se me OM OO OO 90 GO OO DO NO DO 90 4&
OO eO DO GO eO eO De GO WO e9 OO CO 99 MO 90 GO E
ww e e e e e e e e e o e e o e e e e e e e e e e e e e o e e e e e e e O
WM OO GO Os se OO On OO OO 90 50 GO DO ep OO 09 OO DO w
M E
W>
KE MO DO 90 SO NO DO DO em 90 OO DO DO DO DO MO DO DO 44 99 OO Ge 90 eO GO 99 0D 99 OO 99 OO SO DO 09 OO em D
em ee e e oe ee e e oe e e e o e e ee e o e e e e eo eo e o e e w
am OO 90 OO 99 On OO 90 GO em en OO OO DO OO 90 OO 09 4
E EE OO DO 09 OO 90 OO DO DO CO DO DO OO OO DO WO DO CO 41 09 OO 09 09 OO 99 90 50 GO DO 09 OO DO 90 09 OO GO o e e e o e o e e e ee o e e e ee ee e e e e e e e o e e e o e e OO GO DO OO 90 De OO 99 OO OO DO GO OO GO DO OO 90 EE OO DO OO CD SO OO DO Om OO OO DO DO OO 09 OO CO DO 41 OO 90 00 90 OO 09 09 CO GO 99 99 90 90 09 OO DO 99 WS e e e e e e e e e e oe e e e e ee e e e e e e e e e e e e e e e e OO DO DO DO 90 09 OO CO DO DO DO DO 90 90 OO OO DO ER NO DO SO DO NO DO OO ON OO CO OO De DO OO DO C0 CO M
en OO DO GO OG OO DO DO DO 09 OO 09 OO OO 90 On OO Op NN e o e e e e o e o e e e o e e e e e e o e e e e e e e e e e o e e e V
OO OO DO DO DO CO DO DO DO OO DO DO GO OC CD DO DO w
W 9
3 F4 Om DO DO DO wm SO OO ON Ow OO DO DO ec CO DO DO DO 7
44 OO 90 09 OO DO GO 90 GO DO 09 OO DO DO DO 90 GO DO O
ee e e e e o e e e ee e e e e e o e e e e e e e e e e e e 4 e ee OO DO 09 OO DO DO CO OO OO De OO DO CO OC CO 90-Oc a
4 3r rr NO DO OO DO CN 06 OO DO aC O@
OS
~C OO DO SO SO DO S&
Ce CO 90 OO DO DO OO DO 09 De OO 90 GO 09 OO OO OO J
OO e e e e e e e e e e e e e e e e ee e e e e e e ee e e e e e e e e M
OO SG DO OC OO DO OC CO DO OF O t*
CO DO OO On OO CO C
1 O>
Es DO DO DO Oe OO On OO OM we OO OO
@O DO CO OC 60 CO d
44 OO DO DO DO DO GO DO 9C CO DO CO On OO OO OO DO DO O
99 e e e e e e e o ee e e e e e o ee e e e e o e e e e e e e e e e e OO DO DO DO CO CO DO DO CO OO OO DO DO OO 06 OC 00 E
Ow>
4 EE MS SO OO De 60 SO DO OM OO OO OO MO DO DO GO CO OS 41 09 OO OO OO OO On OO SO DO DO DO NG 09 OO 09 OO OO w
MM e e e e e e o e e e e e e e e o eo e e e e e e ee e o e e e e e e CD OO SO DO 09 09 on OO DO 90 OO DO 90 00 OO OO DO U
W E
EE GO S0 90 05 OO DO OO ON OW OO OC MO DO SO DO CO OS 4&
SO OO 09 Om em OO GO DO GO O@
S0 OO OO DO 09 50 00
- R NN e e e o e e o e ee e e e e e e eo e e o e e e e e e o e e e e e e C
00 CO OO OO OO 09 OO DO DO 90 OO SO DO 09 OO OO DO w>
4m EE DO DO 90 DO DO De OO OO DO DO DO to CD MO SO DO OS 44 OO CO 90 OO DO CD OO 90 00 CO DO OO OO DO OO Oc OO c
e e e e e e e e e e e e e e e e ee e e e e e e e e e e e e e e e e V
OO DO CD DO DO DO DO LO SO DO DO DO OO DO QS SO 90 i
f4 I
O O
U 9
4 M
N M
e O
W h
O e
O M
N M
e M
O M
M w
w m
m O
N E
E O
O e
e e
e e
e e
e e
e e
e e
e e
e E
E>
M M
M M
M M
M M
M M
M M
M M
M M
M C
C W
C C
C C
C m
C C
W E
B40 m
,--w-m
-e
w--,
v----
- - - +
u J
e e
e e
e e
e o
e N
e e
e 4
e e
e e
e o
e e
e N
e e
e e
e e
e e
e e
e e
e e
e e
e e
e e
e e
e e
e e
e e
o e
b E
ee. es se se se se so me se me se se se MK se se se se se me me me ce se se se se NN eo eo e e ee ee e e e e oe eo e e e e e o ee mm se se se me se me se es me se om em se
&N e
EN es ce se se se Se se em es me ce me se e.i t om es em se se se se se me se se se se 3
mm eo e o ee ee e e e e e e e a e e e e e e e e e e e
mm om se se se se me se se me me es me me
=ee
'W D
EE ee se se se ce se se me se no Oe es se Gh Ge se se me se se se se me es es es se n
ee oe e o e e. me me no es se me me om em me ee ee o e eo ee eo e e e o e o ee
=
== me me se FI
'E EE se es se om se se se es em se oc ee ce 44 es se Se se Se me se me Se GG OS ee se e 44 ee e o ee ee oe e e oe ee o e o e e o e e ee se me se se es es em De se se se se ce PE es se se se se me se se se en se se em
.*It se en me ce se se ce es um em se oc em WS-ee ee o e ee a e e o e e oe o e oe oe o e oe se es se De Se se We em os em em ce oc s
EE on om ee De De em to me em o@
em se ce M
4E We so Se me ce en se OO en em ce 90 ee e
ee e e e e e e e o e e e e oe e e e e o e e e e e e
me se om se ce ce ce me ce en es em se m
W RR en en os ce av oc om em we me en om ao i
et se me es se se en se se se se es me se 9
ed' ee e e e e e e ee e e e e e e e e e e e e e o e e ee OO es en se es os ce se me en en om M
- e F
e EE se ee. ee ao se me se
.e me em om as me
- 1 4E es em.co se en se om em CD em ec oc em of ee e e e e e e e e e e e e ee e e e e e e e o e e e
me ec ce es em ce Me um se se ce no re 64 '
- b 4
SR es no em me me ce ce os en em ou es em 4
d&
se me ao me me se se me me oc en es em
'O ee e e e e e e e e e e e e e o e e e e e e e e e e em se OO co se ce ce em se me om er me i R:
be iM
'M 4
SE se me se me se ao em ce ce ce se me me l >
et en se en se se se ce ce me eu ce ce so
- M MM e e e e e e e e e e o e e e a e e e o e ee e e e e en en em Se Se se ce ce og me no me me
'm U
(W
. e EE eu ao se We Go me em om em eO me em oc l
eh en en se me se ee oc em se es es no se
- E NN e e oe ee G e ee e e o e e
e^
e e e e e e e e e e in Oc em ce me es se ce em en en en em om e m c me Ik ie GE ee ce se ce se ce ce e s3 ee oc ec ce og UL ee De en en se oc en se en es ac ce eu
- N mm e e e e e e e e ee e e e e e e ee e e e e e e ee
- W eu es em es es se no ou eu, e r1 Oc 40 ee 74
- S
- u
.0 e
e m
a w
W e
e e
W y
m o
O m
a N
N N
N N
N N
N N
N e
- Au E
tfU D
e 9
9 9
9 e
O 9
e e
q e
e E
K>
M M
M e
M M
M M
m M
e e
M 1
C e
e e
e e
e e
E a
s e
e, 841
1PPO - C0JPER STATI33 PIECIPITATI 1 D A T A FC1 JA NU ART-JUZC 198 3 RAIQ CER$110 0 2P MohTH OF APPIL FOR ALL TEM *CRATU9CS TOTAL 4UPRER OF HOURS - F20 Num8ER OF NISSING HOURS -
2 TOT 4L M90RS OF PRECIPIT ATION -
35 TOTAL DAYS WITH PRECfPITaf!3N -
A TOTAL aMCU1T OF P8ECIPIT4 TION -
1 06 INCHC1 I,
MAN!409 l-HOUR PRECIPITATION -
0.21 INCHES MANIMUp CAILY PRECIPITATION - 0.31 I*1CHES 1 H004 FERInD IN PONTH WITH GREATEST 4M0LNT PRECIPIT ATION STARTS 04Y 12 HOUR 3-0.21 INCHES 6 Haut PERIOD IN MONTH WITH GREATEST AMOLNT PRECIPITATION S TARTS DAY 12 HOUR 2-0 31 INCHES 12 HCUR PERIOD IN PONTH WITH GREATEST AMotNT PRECIPITATION STARTS DAY 12 HOUR 2-0 31 INCHES 18 Hou2 PERIOD IN MONTH WITN GREATEST AMotNT PRECIPITATION STARTS DAT 12 HOUR 2-8.31 INCHES 24 HOUR PERICO IN PONTH WITH GREATEST AMOUNT PRECIPIT ATION STARTS DAT 12 HOUR 2-8.31 INCHES F03 TEMPERATURES LESS THAN OR EQUAL TO 32 DCGREES TOT 4L NUPeER OF HOURS -
25 as NLPRER OF MISSING HCURS -
0 total HOORS OF PRECIPITATION -
I TOTAL CATS WITH PRECIPITATION =
1 TOTAL AMOUNT OF PPECIPITATION -
0.01 INCHES-Man! MUM 1-HOUR PRECIPITATION -
0 01 INCHES MANIMUP CAILT PRECIPITATION - 0.01 INCHES 1
l
h
..~en ee.n-Mu...................
. nee
-e eum N N - - et ~ ~
=
3 3
.Z (I
tal V
n o*
4 E-4
.neu-.c. enc ~....................
~~.-~
.n-n--
a ee - as as se se 43.w E
O
=
=
m Z
eo D-b 4
E W
%D M
3 t=
- e MNM Me~c~.--....................
4 S
. nn-Os - N O e M ** ee -
IsJ W
5"""
5 w
-w F
h&
T
.J 3
em E w
- 5 M3
.J 4
,u
=
w Wu O
2 H.
n=e me 4
=
4 3
-w ed E
3 K
4 E.
E E.
e.e m e.
F. '
t-E 3
e1
@ h C* M N. we @ @ n e c. O #9.. O
.... C C.... O len
>J CP @ O e a W W -
M ene d e
u 4
&w O
e.
amo ew W
U U
W KW K
L I. '
me E
i e-O em 4
to at
. ene E
J 3
a=
(w U
O e..~wnnn-........e............
w
. F et ee **
C
- L E
- =.
w.
. me E
4 s
3 M
Li
>=
C.I
.3 4
4s e.
u
- S E
- E a
v k
M
'U E
Le oo D=
ft a
>=
2 0
2 E
6-M ** N M e e h u O. @. O. c O O. 99 e.o e O.... C "3..
W 2 IJ p.. C, O== me N N M M e e t" @ h. Os wen M e o @ > a3tFs O 3Z e o u o.o.e.o.e Q.e.e.e.e.o.e.e.e O.e.e.e.e ************ee=*=*e.oeN e
e e e e e e e o e e e
72 e ve B43
4 O
M M
e C
e e
e O
O O
O N
N O
O N
N e
e e
e e
e e
e e
e e
e o
e e
e e
O O
O O
O O
O O
O O
O O
O O
O O
O O
k F
O OO OO me OO 09 OO OO 90 em OO CO CO Oc On OO Ow EE SO GO GO 90 SO GO 99 99 90 OO OO CD GO DC GO 09 OO NN e e oe ee o e e e e e e e e e e e e e e e e e e e e e e e e e e e MM SO DO DO SO DO De OO 99 99 OC OO DO 90 CO 90 90 00 N
e EE Go ON OO Oc se OO SO C0 em OO GO 90 CO 99 90 00 00 4&
OO Oe OO GO 99 90 S. O.
09 90 09 09 OO 09 90 GO 90 OO R
ww e e e e e e e e e e e e e e e e e e e e ee e e e e e e e e e e 44 mm OO en 99 OO 90 O@
09 OO De oc 99 OO oO DO OO DO OO M
M E
Wu EE OO ON OO 90 OO eO DO DO DO OO DO OO Oe OO OO Oc we 44 09 99 09 90 99 OO 90 00 ek 99 99 90 09 OO Ce 99 90 n
e9 e e eo ee e e e e e e ee o e e e e o e e ee e e e e e e e e e e w
- em On OO GO DO me 90 OO em OO DO oO DO OO Go Om CO M
E EE DC Om OO DO OO DO OC 09 OO DO OO DO OW OO DO DO DO 44 99 90 OO 90 GO 99 90 90 GO GO 09 9e OO GO 99 09 99
@@ - O e e o ee e e e e e e e e e e e o e e e e e e e e e e e e e e e e SO 09 90 CO 99 09 99 OO 99 99 99 99 09 OO 90 OO DO EE Ce 09 OO DO SO CO DO GO OO DO 90 OO OO OO GO OO we 44 09 OO 99 OO 99 OO 90 99 09 CO GO 90 90 0C LO DO CQ CS
- 9 ee e e e e e e e e e e e e e o e e o e e o e e e e e e e e e e CD OO DO 90 CO CO DO 00 CO DO DO 09 OO OO 90 CO DO EE CO OO OO CO DO DO DO DO DO DO SO On CO DO OO OO NO M
44 OO DO OO DO 90 OC CO DO DO DO DO DO 09 OO CO DO OC W
e e e e e #
- e e e e e e e e e e e e 0 e e e e e e e e e e e e e e 09 OO CO DO DO DO DO DO DO 09 OO DO DO OO OO CO GO M
W F
D 3
3.
DO DO OO DO DO DO DO DO GO CO 90 Se OO DO OO OS
@c 9
44 OO OO 09 OC 09 OO DO De OO eg 90 09 OO OO CO Os CO I
e e e e o e e o e e o e o e e o e o e o e e o e o e e e ee e o e e Om OO On OO DO DO SO cc OO DO OO DO OO De OO OO DO E
4 32 4
EE OO DO DO DO DO On OO OO DO DO DO DO NO CO DO Me
>0 7
ek OO DO CO QC OO DO OO 09 OO SO DO 09 OO 90 OO DO DO OO e e e e e e e e e e e e e e e e e e e e e e e e e e e e e e e e e e V
OD 00 CD OO DO 90 OO DO DO DO DO GO 09 OO DO CD hO O
E W
E S.
DO GO cc OO OO DO DO DO DO OO Oe CO OD OM OO DO Ce W
Ma De OO DO 09 OO DO OO Op 90 00 Qe OO WO De GO DO DO O
ee e e e e e e e e e e e e e o e e e o e e e e e e e o e e o e e e e e OO DO OO DO 09 OO OO DO OO OO OO DO DO DO DO DO OO c
w 4
TE OM OS MS OO SO DO DO OO DO GO eO DO NO OO DO CO DO 44 Om Om 90 OO DO SO OO CO CO 09 CO 09 OO DO 05 OO GO N
MM e e e e e e e e e e e o e e e e e e o e o e e e a e e e e e e o e e G
OO DO DO DO GO DO DO DO Ce OO DO DO DO DO OO DO Oc w
U W
4 EE OM OO Me OO On OO OO DO GO OO DO DO DO ce OO DO DO 44 OO O,4 oO 09 OO OO en eO em OO DO OO GO MO GO 90 90
?
NN e e e e e e e e e e e e e e e e ee e e e e e e e e e e e e e e e e O
DO OO DO DO DO DO 90 OO OO DO DO OO DO OO GO DO DO
>e>
M FF CO DO
@C eO Om OO DO OO DO De eO DO oO
@c OO DO DO M&
09 90 CO GO DO DO DO DO EO 90 CO DO DO DO 90 00 Cu E
WM e e e e ee e e e e e e e e e e e e e e e e e e e e e e e e e e e e U
CO DO OO DO OO DO DO DO DO DO 90 O. U OO DO DO DO Oc O
O U
t H
N m
e f
+
m 9
F M
M N
M e
w m
C M
M M
H H
H O
4 2
7 O
F p
p f
C p
f f
C f
C C
C C
C D
E E>
M M
M M
M M
M M
M M
M M
M M
M M
M C
W W
E C
W W
W E
W W
E O
B44
~ - _.
. - = - _.
. -- -. - _ =.
.s I
i Q
v e-e e
e e
o e
o e
e o
e e
e N
e e
e e
e e
e e
e e
e e
e
.e e
e e
e e
e e
e e
e e
e e
e e
e e
e o
e e
e e
e e
e e
e>
ni
- :: :: :: ::== ::
N
. e c.
se es se ee oe ce se se ce ee We Se es me me em t
e-fl E es we Se ce es 9e ee ee se ee ee se et se
'ce es me ee GS GS ee ce ee se Se ee se Se em I
se es ee e e ee ee oe e e e o e e ee e e e o ee oe ee ce pe se.ee em Se es Se se eo em Se se em se es me et
~ L?.
W 5[ ::== -::
- :: :: :: :: ::==
11 -
e ee e e e o ee e e o e eo ee ee eo e e oe ee ee me se se ee ee ee ee e es ee ee ee ed e ea ee ee ee ee e
_ e N eo em em ee me se We se We es em me we se we ee ee 0e ee ee SS S t3 en se ee ee ee me t
,ee ee ee ee a e e o ee oe ee ee e e e e e e ee Se ee ee Se es ee ce Se se se ee me ee Se e
EE Wm ee es so 99 We se ee me es ce We em OS 44.
Oe ee ee' G9 ee ee eu ee eU ee sa e ee te es ee e to ee o e ee eo ee e e o e ee e e oe e e ee ee ee Ge eW G8 9 em ae ee ee ee se ed G Se se ee SW FE ee ee em se se ee oe ee ce me os De se Se m
4&
9e ee me ce Se me se me me Se se se se me
' e.
hM ee e o e e ee oe o e e o e e eo e e o e ee e e ee i W*
Se e e9 es se se ee e e' ee We em oe De De ee
' se
~ U 13' y
- 3 Er em me me e= e se og es es en se se se me se 7-e We ee ao ee ee ee Se Se se Se ee Se ee Se
,4 C) G, i
3 U
ee e e o e ee e e ee e e ee ee e e e e ee e e ee es e SB ea ee eo ee ee ee ee ee ee ee ee ee iS 14
.e
.. eN em Se so 90 S e, me se Se es se e, e se 95 t '9 -
4&
e se ee ee Se e e eJ ee ed e ee oe eS ee ee ee e9 em
.o.e O.o
.e e
.o e e.o
.e.o
.e.e n.e n.e e.e
.o.e e.e e
e o
o oe o e e
o 3
c eo me
.g n rt am em oa se se me me se es e me se se se se l
'e-art e, se en se so em es se e W as no Se es me eO se s
e er e e e e ee e
e e e o e e e e e e e e o e eo e e e e i
ne en ce ee
== ee me==== em Se== me me ig.
4 o
e
&E e se ee eS ee ee ee ee ee se ee oe ee ee e GT b
gn se se se se ce es me es se ce me em me se
- ma MM ee e e o e oe ee e e e e e e ee e o e e e e e e e e l "4 ee ee ce se se e G#
Se Se en ee ee ee ee se
- ee lU l%d8 e
GM Se e., es es W ed se om me e.
9e es We Se en Se es me me se me se se Se Se Se se me se NN ee ee eo ee ee e e ee ee ee e e e e ee e e e e ce se ce se me me se ee se ce ce se em me EF * =8 Se
- e== ee ce no es we ee==
=e es 4m se ee se S ee ee ee We ee se ee ee ee ee Me pe so e e e e e o e e e e e e ee o e ee oe e e ee ee e o ee'
=W ee GM ee oe es ee se eO ee se eD ee I
0 e
en p
e N
m e
c w
me er en se se SJ
- e se N
N N
Os N
N N
N N
N M
M (T
p c
c si e
e vi e
rs o
vt n
vi e
o E
j m
m e
m m
m m
m m
e e
m e
e e
e e
e e
e e
e e
e e
e e
e
- 1 B45 1-
NPP3 - CecPE4 STOTION PRECIPITATION DATO FC1 JANUARY =JU4E 1943 CCI] VER; ION g 2p 404TM 3F PAY F eR ALL T mPEeATUESS TOTAL DUM9ES OF HCURS - T44 4LPRE4 0F MISSIMS PCURS -
S TOTAL MCt95 of P9ECIPITATION -
34 TOTAL CATS WITH P81CIPITATIC1 -
9 TOTAL AettMT OF PSECIPITATIGN -
3 39 ILCHES MANIPU9 I-M)UR PPECIPITATION -
8.12 I4CNES
- 4aI=Up CsILY PRECIPITATION - 3 29 INCHES I M304 PERIQ3 IN PO4TM WITM S4EATEST ApSb4T PRECIPITATION STARTS DAY IS NOUR IT -
8 12 INCHES 4 M1U4 PEAI1014 PO4TM WITN E4EATEST AMOLNT P*ECIPITATIO4 STARTS DAY 13 HOUR 22
- 9.35 INCHES 12 H3U1 PERIOS I4 NG4TH WITM GREATEST ANCD4T PPECIPIT ATIOR STARTS BAT 13 HOUR 21 -
8 36 14CNES I4 Neut PERIOS I4 PONTM WITh GREATEST A4CL4T PRECIPITATION STARTS BAT 13 NOUR 21 -
3.36 IDCHES 24 HOU9 PERIGO IN PCNTM WITN saE ATEST ANOL4T PRECIPIT ATION STARTS BAY 13 NOUR 4-3.48 IhCNES Fat TEMPE4 ATUSES LESS TPA4 GR ESCAL TO 32 DEsptES TOTAL tupate eF MetPS -
8 4CPSER OF MISSI4G FCURS -
S 1
5 TOTAL potts 9F PmECIPITAT!04 -
8 TOTAL CATS WITM P8ECIPITATION -
e 53 TOT AL AMCU4T OF P AECIPITA TION -
8.90 I4CNES CN MANIPUW 1-41UR PSECIPITATION -
8 00 INCHES 9Aufgue CAILY PRECIPITATIem - 0 00 IN CH E S l
e I
l j
h
..-~~~
de N -
. n.e.n
. - o n................
(3
.e 5
I
.t.
W 5
=
t.
,g s. gagggggggc..................
8w 5
.E.
i E.
t my og
- ,gg ggggggac~..................
3
.W 5**"""
5 a
seg w
e
.a.
A 5
5 W
.S O
.5.,.
5 E
3
.g
-,....~
.c.-,e
..........en..
=
....no-g e
u t.ad W
G.
G.
5
[
,.x
..,e.n..........................
nn..
u
.e W
e W
W ee
.Y.
n n
M 5
5 e
e Q
yW.e4 - es - e ela>=. @. te se c.e e m es. e *.$4 e e c w = I e. e.
t = ts. e w
y y.. o. a.. -
- n. h. e. n. e. e. o. e... e. c...........we.---
s
. -... - ~
B47
t b
P W
3 3
3 3
3 3
3 3
3 3
3 3
3 3
3 3
3 g
1 1
~
i gl333333 33 33 33 33 33 33 33 38 33 63 at E!
3" 12 l
JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ i
El II II 3* 33 33 II 33 3* 33 33 !! 23 II 3* 33 33 EM 5
- 3 JJ JJ JJ JJ 44 JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ l
C W
[*E 33 33 33 33 33 33 33 33 33 33 33 J'3 33 33 33 33 33 JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ U
(( JJ33 33 33 33 33 33 33 33 33 33 33 33 33
- 3 "3 33 33 JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ i
11 33 33 33 33 33 II 33 II II 33 33 33 33 33 33 33 II
- 44 JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ J
El II 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 N
I
- JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ o.
2
.g
^i I
3mA' 33 33 33 33 33 33 33 33 z. 3 33 33 4
3 33 =
3 3 z. e. 3 3 33 g
................ on o.
o.
n.
==....
t 3
3 e.
n.
o ea.
n.
gg..
3 3 N
.e N
F i
r JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ U
W r
L
!! II II 3" 33 33 II II 33 !! 23 33 II 33 II II !! 23 4
E
- JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ i
.n.
!! 33 33 33 32 33 33 33 33 33 33 33 33 33 33 33 33 II t
S JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ JJ
~~
.\\
3 o
n e
e
~
e
?
0 r
t a
r w
j N
N N.
N.
N.
N.
N.
O.
N.
N.
D.
N.
E N
O B48 I
. _,.. ~,. _ _ _ _ _ _,. _ - _ _
I s
I l
2 l
08*0 00*8 00'.8 90'.S 00*S 98*8 89*8 0S*8 98'O GS*0 CB'8 88*0 I
CS'S 0...
s.
CE*8 00's 90'S te*O 99*8 90'0 se't 00*8 De
- G 00*8 00's 0S*e 00'0 i
00*8 EC *8 It'8 De
- O 90*8 98 *0 00*O OS'8 80'0 88*0 80*0 60*8 62 9
EU l
i zo's se*e is*0 es*e ee's re a os*e se*e es a on e so o es a se*e I
80*S 00*S 60'S 90*9 98*8 80*B OS*C Sa'6 80's 80*8 00*8 00*3 6E 9
CS f
80*8 M4 M4 66*6 M*6 M *6 M4 66*6 M*6 66*6 M4 M *6 66 %
M4 M4 M *6 66 4 M%
M *6 66 %
66*6 66*6 M *6 M *6 M4 AZ 9
E9
{
l es s M *6 u '6 M*6 66*6 66 %
M6 66 6 M6 66*6 66*6 66 6 66*6 M *6 M *6 M *6 M *6 M *6 M *6 66*6 M*6 66 %
M *6 66 %
M *6 92 9
-t 40*8 M4 M%
M *6 M4 M4 M *6 66 4 66 *6 66 %
66*6 66*6 M%
cn M4 M *6 M *6 M *6 M4 M *6 66 %
M 's 66 %
M4 66*6 M%
6I 9
E8 l
at's M *6 M '6 M*6 M4 M%
M4 M4 00*8 83*S 66*6 M4 M *6 t
M4 66 4 M *6 66 %
M *h 66 %
M *6 M*6 66*6 66 %
M *6 M *h 6Z 9
E9 I
SS'S M4 M*6 M4 66*6 M '6 M *6 66'6 M%
66 %
66 %
66 %
Se's l
M4 66*6 M *6 M *6 M%
M%
M4 M%
M*6 66 4 66 %
M4 EE 9
E9 00*S 66*6 M *6 66*6 M *6 66*6 M4 M *6 6e%
66*6 M *6 M4 M4 M *6 M *6 M *6 M4 M%
M *6 66 %
M*6 66*6 66 %
M4 66 *6 ZZ 9
18 l
gg*g M4 66*6 66*6 66*6 M *e M *6 66*6 M's h*6 M *6 -
M *6 M *6 66 4 66*6 M *6 66 %
66 %
M *6 M4 66*6 66*s 66*6 M *6 M *L IZ 9
18 60*S M *6 M *6 66*6 66*6 66 %
M4 66 %
M* t, 66*6 66*6 66 %
M%
M4 M '6 M *6 M *6 M4 66 %
M *6 M*e 66*6 M4 M4 M*6 SZ 9
E9 00*t M *6 M4 M *6 66*6 M *6 M4 M%
M*6 66 %
M *6 M *6 M*6 M *6 M4 M *6 M4 M%
M *6 66*6 M*6 66 %
E6*6 66 4 M%
61 9
CS 86*S M4 M *6 M *6 66*6 M4 M4 M4 M*6 66 %
66 %
M *6 M%
M4 M *6 M *6 M *6 M *6 M4 M*6 66 *6 66 %
66*6 SE*8 M *6 88 9
ES "W101 ANONET Md1T udet ud6 Ada udt ud9 1.dk udt udt udt het 421 uv11 uvel WT6 Wyg est Weg av6 met hvt het hvi Asc 43h WA dE e 20!SW34 NIvu E 96136AP-Aetnhte old vivG 46f avaldI33td h684tas 33d603
..DedW
1 4 PPD - C32?ra STAT!0H PAECIPTTATION DATA Fog JANU RY-JUNC 1983 mata vg;SION e 2P 93hTH OF JU45 F09 ALL TEMPtnaTUACS TOTAL buPRE1 0F HetRS - 128 NLPPER OF 4ISSING FCURS - 235 TOTAL hotRS OF PRECIPITATION
- 29 TOTAL EAYS HITH PRECIPIIATI14 -
8 TOI2L AMou17 GF FRECIPITA1 ION -
2 57 thCHES MA ut pum I-HOUR PRECIPITA TION -
3 3F INCHET M A RIMUP CaILY PRECIPIT ATICN - 0.76 INCHES 1 HOU4 PERIOD 14 804TH WITH GRESTEST AMCLNT PPECIPIT ATION STARTS DAY IT HOUR 24 -
8 3T INCHES 6
HOUS *ERICO I4 P09TH WITH GREATEST AM00MT P9ECIPITATI3N STARTS DAY IT HOUR 22 -
1 24 INCHES 12 HCU9 PERIOD IN PONTH WITH GREATEST APCUNT PPECIPITATI0h STARTS DAY IT HOUP 22 -
1.24 INCHES IS H004 PERISO IN m0 NTH WITH GREATEST AMCLNT PRECIPITATIOk STARTS DAY 1T HOUR 22 -
1.24 INCHES 24 HOU4 PERIOD IN #CNTH WITH GRE ATEST ANCL4T P8ECIPIT ATION STARTS DAY IT HOUR 22 -
1 24 INCHES Fe4 TEMPERAIUpCS LESS TFAN 04 EOUAL TG 32 DEGPEES T3TAL NUPEE4 0F HCL'RS -
0 NUPRE4 0F MISSI4G FCURS -
8 as TOTAL PCURS OF PPECIPITATION -
0 y]
TOTAL 04YS WITH PPICIPITATICN -
0 TOTAL AMCUNT OF PRECIPITATION -
8.00 thCHES MANIPUR I-Haut PpECIPITATIe4 -
8.83 INCPES MANIMUP CAILY PRECIFITATION - 4.08 IN CH ES O
O E
L K
.~~~N.
a
.e.-
n.n..
n...-~.e nu~-.........
. ee..
e....unununu
=
.E 3
.r d
ind M
5 o
.E
<ju
.o.
-.~~.......n.....~..c.........
n
.a.e -.n.u.n. e. ~ n n e e n.e - - - - -
a e e e e.e e=.
W 2
E e
Z s=
e-m.
.E.-
W
. ~. - ~ m - - - -... ~. ~ ~.e............
e w
e e... e e e e n, - ~ -
.e -.e w
.W
.e -
W
>W
=
x s
3,
.,* E
.a w
s au a
b
..m 4 u.v a
M, e.e
.* u.
E 4
E..
B 2
.w e
l ' W em E 3
. =
..~.....e~~...m.eee..
~........
b
> TJ e etr1 e e P9W N N N.e.e.*.e
.9
- E.
.U
.e
.e f
.S U
W W
W 6
i.
2
>=
ee
~
i
.e a.*
a G
l u
W e ** e M
%)
N N - -e.e N. > e c
- N.... C'.............
E e.e.e O
O i
l 5 W
t
.a i
f')
g w
u 6
7
.o 8
4 9
u It, w
u 2
.or=
a=
ed
!t n
n r
F
.= M.se.N m. #9...*. @. e o e e9 e. o. ~o n o e....... O,o n.
ee w
2U
.....e.e N. N. P.1 P1 e. e. @.
S.* f.* s.e N. M. e. e.. * =..
ar ou
.--.e
~
ae.ee i
B51 l
NPPC - C00er9 STATI34 P9ECIPIT4 TION 04Ta T99 Ja ho 4PT-JUNE 194 3 PAIN VERSION s 2P f*R ALL TC"*.m aTURES T1TAL 9092E9 98 HOU95 - 4344 NU'8r,e or nggsggg pSuas. 265 T114L HocqS CF PEECIPITATION - 151 TOTAL OATS WITH PSICIPII ATICN -
3R 70TAL eMCU1T OF PRECIPIT4fI34 -
T.16 INCH!S MAN!'Um 1-HOU9 PEECIPITATION -
0 37 INCPES "4MIMuu CAILY P4ECIPITATION - 0.76 INCHES DJ 1-H"U4 FE9E90 IN P3 NTH JITH GREATEST AMOUNT PR!CIPIT ATION S TARTS PONTH 6 OAT 17 HOUR 24 -
0.3 7 INCHES fj 4 NGU9 Ff RI90 IM M34TH NITH GREATEST AMotNT PRECIPIT ATION S TARTS MONTH 6 D AT 17 HOUR 22 -
1 24 INCHES 12 HCUR FERIOD IN RONTH WIIM GRE ATEST AMOU1T PRECIPIT ATION STARTS HONTH 6 OAT 17 HOUR 22 -
1 24 INCHES IS HCU9 PERIOD IN PSNTH WITH GRiaT!ST 4*CCNT PRrCIPIT ATI3h STARTS MONTH & D AY 17 HOUR 22 -
1 24 INCHES l
24 HGUR FEA!40 I4 P'JNIH WITP GRE ATEST AmCtNT PRECIPIT ATION S T44TS MONTH 6 O A T 17 HO UR 2 2 e 1 24 INC HES i
FCR TEMPTPATUEr$ LESS THfN 04 EQUAL T1 32 DEG9tf1 1014L NUPEC9 0F HCUS $ -
2" MLPR'.* OF MICSING HeURS -
0 TOTet katRS AF PREC!PITATIO% -
I g)Tal C415 WITH P*ECIPIfaTIeq -
1 TOTAL estunt Or FFECIPIT4TIeN -
0 01 IACH?"
94sI*Um I-M)ut PRECIPIT4 TION -
0 01 IhCHES 3
MANI*U* 04tlV P9fCIP!TaTION - 0.31 I.1CHrg l
MPPG - CC3PER ffAT 49 Pare g,IT4fION 04 Ta Fn9 Ja'sU4ET. JUNE 1991 PAIN VLASION s 2P PRECIPITLTIO1 INTENS!!V - OupATION thtM3EP OF GCCURRf4"ESB APcuMT nunaTION IHou159 I4CHL3 1
6
!?
18 24 0.01 150 392 598 774 936 0.12 99 215 4*1 656 798
}
e.11 F5 261 442 682 747
-l 8.04 63 235 119 553 690 0 05 45 198 346 483 612 j
P.3' 25 15*
238 els 529 0.30 19 til 246 352 450 n,
i ui 8.11 IJ 99 115 295 395 Ld 0.21 6
65 149 2 36 326 1 2%
5 4A 101 166 234
- 0. 31 4
41 91 139 191 0.3%
2 25 63 106 150 S.40 8
22 51 ST 125 O.45 4
15 45 75 107 C.51 0
to 36 68 85 j
0.60 0
6 15 28 45
- 8. T3 4
6 12 18 24 S.13 0
5 11 17 23
- 0. **
8 4
14 16 22 1 31 8
4 IS 16 22 1.1J 0
1 9
15 21 1.24 S
2 9
14 20
- 1. 33 5
1 0
0 0
1.93 5
8 0
0 0
1.50 0
9 3
0 0
1.6C 1
C C
0
- 8.
- J i
0 5
0 e
1 9J 0
0 0
0 1.12 1
?
O O
8 2.C5 0
?
e O
8 9
JOINT FREQUENCY DISTRIBUTION TABLES The tables presented in this section are results obtained from processing of the hourly meteorological data collected at the_ Cooper Nuclear Station.
The joint frequency distribution (JFD) tables represent the frequency of occurrence, in number of observations, that a particular wind speed and wind direction occurred simultaneously.
On a quarterly and semi-annual basis, the JFDs were produced fort wind speed and wind direction for all stability categories; wind speed and wind direction by atmospheric stability corresponding
-to the seven Pasquill stability classes. Atmospheric stability was classified using 318-foot to 35-foot delta T per Regulatory Guide 1.23.
B54 L
{
s I
h I
i JFDs of 35-Foot Wind vs. Delta T, 3
January-darch 1983 h
1 4
2 k'
r 1
o 5
i a
1 a
f l
B55 l
- =00:.g g onaggg-g g
g oog...g g e--,g-g g oo-goon g -n-4eog g ooooooo conooon g
3 ao-ooo-2 oonooon ooooooo eo-ooo-D g ooooooo g oo-ooo-Id
.R
.;g g ooo-oo-g oo.nno-w-
g g
g t
t j
j z
g
. ooonoon g
. oonnoo, b
I.
R g
R
=
W 5
4 g o-oooo-5 2
g oooo-o I
g l
E-E
=W
- ~
[w
[ w$
=
W
-m
= e s
=e n
R R
R
~
~
i I
g ooooooo g on-coon 0
w w
g o
g g
w-ooooooo o
w o-oooo-5 Q
$g-S S
5 g
y o.oooooo 5
g y ooooooo 3
8 5 t' a
8
=
a 2
i E
O b
y ooooooo y -onooon g, b ghg2 tl l
-Ek l
, g ;.. ::
sa8 g g
ad*-o 2
sa8 m g
aa**
c o
Na gNa e Ss 5
5 l
f
$EE !
"RS"' S 5EE !
- ~ MS" 0
'I
$50
$8"
" $ 5E8 aglg$
$8" $
ggggg
.glg gggggl I.. gs*e C**
E
-W!
- e!
nWW. 8 g C*W W e-n s a ni-8 o-rre
-W:
e=
g s.
u es,s,rrve g
h,a,saz-z e soo s st Aw,
!,gsm aaaxe
. ! Us ss i
""as
!!! 4
"""ds 33,
"88 "~ i f*gsts;'s nn-o E
t g
NR:"aR
[
I o :^oo t I *?Na:- e e
oo-ooo no--oo n
g 2 oooooo o
2 enN.-on E
o-oNoo n
4oeNoo g
g condoo g
-mm--o m
m
$8.
E g conn-o g
-NEN-o b
m a'a E2 n
m u
m m
y g
ngggoo g m
=
o-,noo o
g g
5 u
b l
e e
E E
g ggmoo ;
g E
g oonooo 5
n l
i a
m e
m s-i s-l
=0 W
"R*:"
8 E d z
W 3m 3m m
5
.E.
= o r
a o n
a.
n n
n M
g g oW-ooo g
g N--noo g
t n
w i
e W
a W
b t
E I
E W oooooo o
o a
W 4enooo.
o l
I a
ai h
b o
b a
b g
N,w - o o etN b
g oooooo o I
k gn I
W W
n C
E D
E E
. f 5
5 W
g og4oooo g on-ooo b
t g
g b
i a
n k
Wz W:
-kbb
>$k b
-Nk b 7 g "3 338l l
-"t2-8 jl8l
[
- 0" 8
3 a a. u..
sa-a s"
vo k
5 5 M 555 eN*o 4
2 o.N-Z
-4NP3-N
<< o
<< o n-4 g
- .. g
<.4 a
a N
N b
W
$ 558
'I!
RRRR8J I$
RRRR8 I I g 955 Eis ! e=m"~dezoe Eis ! es #dex8h v--
e Egv1111:x s e
mI v1111:ss agg E h-vonnnna-
- 8 RW5 199 E u=anaa^
-nNNe nNNe a.,
o<
m32 a,
B.
(A 3 3 5 m
ar a
'59980 3
- 8=n~noeg n
g g
--oooo g -ooooo-n f
oo**oo f ooooooo g -ennoon g oo--oou y
1
-a,-oo 1
u--noo<
NNoNoa 4
oo-eoo t
g
-n. coo, g oo-ooo-I @.
.R gg g segmoo4 g -s-ooom g
g g
- u. -
a m
e e
s5 8
"MR" R
8 "2"*
t b
l g
R g
a 9
3 g =acoco-3 g
=o a
i is l
wens-m i s w aso - :
l 8
r "9
E "9
E b
b g -@oooo h
g nooooo n W
W W
M g
o g
w enoooo4 o
w -cocoo 5
=
n g
g n
W
$t 5
g y -nacoe.
5 g
y ooooooo i
g5 W
W w
w E
n C
9 Q
R R
s s
l b
y nococo y oooooo o n
y b
n s
s a wz gz 1hg
-th 5 wh 8 Ygg 3
jg 8l l
"2' 8
$l8l
[ ""
3 EE Q G..
8""
~
~
u"
- gkW G
......E
~
W gqq g emocoo 4
gqq g
= vooooo, Est a
o 8
GWC WSa W 8"d W d
v o u
8 a
RRRR8 a
RRRR8 l % 5:
- G t*
C yt u o- =nsn=4 g s lLh
-W! t a- =nsne+8 g
== 5s,a,779.
q h,a,za?
rr 2
gg, s n!
assR e agg 5 m_
aze g
- e BEs ass 4
-n"de iss 4
-adds B58
3R CoS
- W R02a.0$3:S g
g 1 ooooooo ngggg.g g ooooooo g eggg g
s g ooooooo g
g.soog a oooooo o
a
.e s-og g o.ooooo g..:ooon 2
g ooooooo g angg-on Id
.R E8 l ~~****"
5 stA8**a g
g e
w-e e
5 5
8 8
R$;s**g b
i R
R i,
l v
=
t g
..oooo.
l g ag;. o; 4
l l
5 W "
- a d 5 W KR32a 8
=
!w
!w w
. o g
. o g
R R
5 R
5 g
g -ooooo.
g egnnoog g
o g
w oooooo o
o g
w gnooog
~
.i E
a S
g g
l g-l g
ba*
M j
9 y
f E
n i
s s
i
- E b
b y -ooooo-y gggooop g
Ih el 5 tl 5 7gl2
$l8l g ' **
$l""l
) sSSR-*C 3
48 3
5 4 G..
"- ~
E sss !
- ~*****-
sss !
- R$gR8Ne 5
E h
ls!
5oo8$
Ekd g oo u o i
% 5:8 "58 222R8 I
- fs $
F.RRR8 I
g[-
E i W a-n u e 8y I 3 y
- o.-
exuo.
oE W
ep,,Tr?,j i
pd5EEEE*S 3e'e
., 7 7 N.
3 e.
o T g g i h 3 8 3 R E E 'tl*
E g au<
Egg E h-e 151 Ess 4
-a-2s iss 4
-a es 1 359
~ _
i g
E o C o t e m (A t
u r*
RutR"-
R
~
l 02:3*oo g
~
l on-ggno p s -nog 4o g 9
8 t
g g o-ng4-o g 88 R
3 o-*::~o R
,ee<
- h. s
-l 3
g~,j
~
d
!l""*C#'"R l
. g~
{'
cw "
a 3
2 9 *
"*p Rtc *
't
,,5 g
l n
.)
b,
,=
e
,:,g i g -- nen* 3
~
.m g
I gg
= W ~** Rata i A
R
.g 8
b 2
=
8o 2 g
! g onessn.
,0.
W E
m g.
a o
a g
0
..a a
s
.nyig g
u.d n
~
d,+
g g
E g W o-Og4-o g g
r, >
g i
e a
j g 't n
w
., "a -
l i,.y-g i,r _.. a '
f 2
a/
< 'a g===n<o-a
.sa
=s.
g E;It_
w an aca-p
_l-
'I h 3
mt w
E~
.o8' I 8
,E 5 4 s
a' a : o., s.5 WR-g.g,aa EA !si sig siElEE 1
38R"* !
~
g E"jlbbbWkb 55-a
[;;sig s-
- ses g
w_ en,1llgil
=
s 8 %ws its
! ! !,E i !
2 las ass eeeeea e
cw
I l
I r
JFDs of 35-Foot Wind vs. Delta T, April-June 1983 B61
Q' f ~
-Y t
s _,
\\
- l q
=
m (JcOOnNwW4 JOOmannt m
s
(
=MN*
o-MneN
.n..
O O
.g : \\
N' L-t
~
O w m W 4 nelv.
OOMNOO O
N
\\
\\
\\
g 3
Carcan e
3 C=4MMa e
Z
=
h Z
1 T
f Owm*Co e
C M N
- C O' 4,
-.4 n
N b.
s 3
CO--CO N
3 0-0-OO N
g y
.- +
s 4
.4
\\
a 00=000
=
3 C=Maco n
(n n
CD 3
0.
3 ts
=
O' a
2 CwCONO M
3 C== MON N
O*.
En in OM y' g
.a O
\\
3 lO*CO*=
M 3
O=ONe-tD m..
3 E~
tn tn L*
En En W
W W
W M
4 6
W e
O in OO=g>=
n m-O to ONNeNN N
s O
a e
C a
O
=
s k
Qt*
n c
O N
2 M
to n
in in E
4.
k
=
J W
C0=000
=
i W
J
\\
tJ 0000*C
=
J u
to u
in
=
% in in tn in E
L m
sa
(
=
t 4.
J
$e j
g*
g=
W' 000000 0
- W W C00000 0
W Z
e W
Z (n
a
^6
< 4
=
.6
=
k-e w
f En O
. f In L
[
p
=
n n
=
M.
M W O T O C O Qf e M
W On= COO 4
' u (n
U (n
e a
W W
W W
G O
E 1
O E
Z
=
4
=
2
=
(
M 4
O 4
O Cn w
M C
O W
C0a000 W
O O
W SMOOOO k
k W
3 n
r <>
M C
M Q
EW J M W
W m
'W m
Z W
Z W
g O=0C00
=
W L
g g
O*=0C00 W
D N
W
=
i 8
W
.m W
w\\>
0 O
>Z 4
DJ Z
W Z
m
.O m
Z 3
3 l'
C*0000 000000 0
=
g 3
.s
.E Me.
0
> - 51.
WZ WZ bbb=
k 'h.
>Nk
=
=
W n
40C(O N
400 >
O - = = C ol m OMPOOO
> O
> O 3
-l
... t O
Jn+m Jn. m WMa
=
=
WM=.=
s
- E O
E O'%
4 En in..
V
. =
E-UO E" 5 5 k
.g5<<
O 2
CMON=M 0'
M
'Z C ID M m - C O Q
=
N-o
A
<E Q
0 E
WWW WOO u
I WOO u
.O.
In = W to W Z
l
. cn W J Z
u O*
k 4.< tr
<gC uj E=O
'C<,
- m3=
C000 mDZ D
C00C0 to to nnno tn to O nnnnO tn
= W > 0 Z
><W W
.....O
><W W
M8 Nee 9J Hug E
Q=
E C=
M8NeeoE
=Eg WE
- E w WZ r
c,
-=N
= w WZ r
--N W
i i*
< =.1 8
Jt J >
W J.I..I =I.I..e u=L' J >
W a=N O
=
k
.A O
=
4 e
E t
g MOO Z to w uonnner>
scQ Z to w uononnA r=
8 OWC -
(ZZ e-
=
<ZZ
=
L >= >
e-
>== 0
=MNNm.
>== 0
- MSNC g =n c<
o E
B62 (n a a,
-=
in 3 2 7
i
= ~
4 3
NS~"*
i a s D T.S M NN-O O
O O=4&Ma O
M 4 O ID M N N
=
n N
3 ONnOCO S
3
- 4 e v o tD n Z
-N-4 Z
=
=
CN=QCC n
anbe4O nN 3
C===Co n
3 OnNtMa n
g
<L coa =CO N
3 O N T N tD - N En N
n 3
oOnW=0 N
3
- eMM-(D in
=
N
=
2 a
BM
- ei 3
0==n=0 CD 3 N n ID M n Olm
.=
=-
b
~
U-W W
W W
s 9
P
-u o
tn ON&vNO N
.O O
cn - 4 tv n o. = g Q
=
O
=
n 6
Nen
=
d WO N
En n
CD M
CD En W
E K
i W
.J W OnenOO n
J W
N NMO =
=
J
.U in a
o In f) T==
CD En CD in in
=
E L
w
=
J >
J >
K
= W W OMNCOO n
= W W
U4*4Co n
L1 men.
Z O
e a
W Z
to a
W 1
6 e
4
==
g I'
s l
I b
b n
=
n n
=
0 m
n W
ONN*Co n
M W 4NDv00 4
0 I
U to u
(n N
w W
W W
W 0
Q E
(D C
E Z
=
Z
=
O an Q
Q OW O
Q W ONNCOO w
O O
W v4n=CO 4
w k
k
~
i g
=
g
=
i:
M Q
n Q
W J n W
W (D
W (D
Z W
Z" W
Q W
4 W
Cat =CO 4
W L
W ev&OOO N
.J O
W to 2
W to 2
CD M 3
W 2
W Q
Q Z
'4 W
Z W
Z m
=
Q m
=
Z 3
3 n
I W
C04000 4
W e a t.D. O O O N
e
=
3 4
2-E Z
E M
0 O
=
> ID WZ WZ kb kb kn
)
=
t 2..
400 >
OONaCO M
(CO
- W v tD = 4 - 0 0
=
W n
.. e
.O 3
.O 3
Z nv C Q Jn. m Jn. m Z
wnw =
=
w WMw =
l Z
t O in in..
O E
Q E>
t
=
E UC b" M 5 2
NNn4bNN k $ bkN b 5 5 2 Ownnen e
<< Q Nn
-O
=
<< Q
=
N K
l-O
>..E Q
L.
(24 O
WQQ U
j K
>Ww WQQ U
O 10 = W L1 W J Z En W J Z
W O
k
<ZQ
<bO W
E=Q m3.
00000 m
Z O l 00000 l J
(n W>0 to En nonpO to in O nnnnO I
..... Ol I
3 2=
><W tu
.....O
><W W
l MW K
Q^
M b N tD v C J pyt E
Q=
n N N tD e O J4
= E.g 6
WZ Z
==N
=aI 6
WZ E
- N -
- i Z
WE W4
.J I I i 1 1
- E OW U=4 J >
W4 Je i a.s
=t
.J.
e
- N O
IL E <== ** *0 0 0 ^
E e
=
(L E < = ===
NO u00 mOQ Z m-uonnont1>
555 E,
QWC mOQ Z mw g
e i
g :n Q.
555 E
=nsse
-n~N=
7 l
E mas B6.5 t
En 2 2 7
s
q<-0*&eQOOn O e CD & n N O (D 4N=
CD 0* O N a
=
==
g
=.
NNNOaO N
- NOOOO n
3 04pNoo n
3 000000 0
Z
=
N Z
N 00900C P
NnnCCO O
W 3
On==00 N
3 O = t'3 O O O e O<
L 3 anNOaO N
3 CaCOOO C'1 (n
U1 (D
3 3
0*
=
0' 3
t'3 N (D a O O P 3
=94OOO
=
(D
=*
(D BK
- ei E I-3 adv4CO N
3 n-Occo t.
aw U1
=
U1
=
4 **
(D
.k U3 W
W W
W n
4 6
(D e
a W
O m OS4Cogn L
O m
=vC000 0
n O
Q e
C e
n n
O N
cn n
U1 n
U) tn W
g k
4 W
r a
W J
4 W
t'3 CD 4 N O O P J
W TCOOOO e
= =.
J u
In ANN 4
u U1
=
k
==
g CD U3 U1 (D
E L
3 0
=
w d
~
W W en4NOO D
W W
POQQOO P
b e
a W
Z m
em 4
m W
Z m
u o
< m
< m e
.a g
g C
m O
n n
=
n W NOOOOO N
n t'3 W (D&naOO e
t u
(n N
u U2 W
W W
W e
(D Q
E Q
g Z
Z a=
a
=
==
t'3 4
Q Q
b
~
C Q
W mn=Occ e
O Q
W nOOOOO n
S e
E e
5
==
a E
n Q
n Q
W J
M W
W U2 W
(D Z
W Z
W g 200000 m
g nWOOOO n W
L Q
s W
t W
d 8
W
~
W W
W H
Q Q
Z 4
W Z
W Z
Q m
=
m
==
Z 3
3 W NaCOOc tD
==
l W enOOOC
=
3 4
Z 4
Z E
n k
O 0
=*
(D WZ WZ kn
>NI W6I b n =
W n
1 Z..
N 400 >
- tnOOC 4
400 va0000 0
.O Q..
e
.O 3
N
.O 3
Jn m
Jn m
Wn
==
Wn 2O En to..
O g
Q g
we g - uQ H
$ bkk "55 Z Nanoco a
b" 5 5 Z
N= COCO n
Q w
<< Q t'3 g
kEk L
O Q
g WWx WQQ u
WQQ U
O to== W U1 W J Z
U1 W J Z
u o E
< rr C W
<mo W
4 E=Q m3Z 3
0n000 m3Z 3
00000 (D
7 WHO En U3 e
nnnnO in U1 O
nnnnO 3
2==
><W W
.O
><W W
.O r ') N N ED e 9 J t
J g
Qa t
r '3 N N (D 9 O
>Eg E
Qa
>Eg 2
Wg
--N L WZ w wZ
--N r
ow
.e.
d kk kbbb11$
d kI kbbbbbkO
~
O g
e o QW4 moc Z LD w uonnnnA M
2Q0 Z
U2 w uonnenA M
<ZZ
.e O
E>>
<ZZ
==
> = = =
- C at') N N(D
==
- t') N N (D 8
~~
I =n= 4 m33
> = = = =
e E
t Q 6
B64
OMM=000N J = n N N N O C.'l o M
M 4
N ED N O = e n NonMa O
m 000COOO 4N&NMe4 NNM=
0 3 000000 0
2
=4emeen Z
2
ge=
v
=
ED COOOOOO M e 4 4 4 o rf
- W n
W 3 OOOOOOO 3 O O tD CD M = M O
=
M 4L OOOOOO O
3
b=>0
ID M
(n M
(D 3
=
2 00=OO0
=
3 netDn4M E
NU" E
De D M..
4
..M.
="
2 0=00CO
=
3 4 4 M 4 = Nie.
Ct: a En u)
M=N=
0 k*
k in En W
W W
W 5
9 a
(
O O
in e=00CO n
J O
En 4 e O N N e tD Q
s O
(
O N o s a ty 4
m d
O N
In M
En M
En.
En W
E 4
H
. W 0-0000
.J
(
W PoeO==
O
(
H E
I W
.J J.
=
U In =
=
v (n
M4NN O
to En En En N
E L
M
(
==
==
^
^
5
= W W 400000 4
W W
M*NenO N
m w Z
m a
W Z
m Nm4N O
m.
(
w 4 m
=
N
=
e
.a m O g
m C g
n n
=
n
=
e M
M W
t'3 C O O O O M n
W PNn4CO N
I U
(n u
in ae=
tg W
W W
W ID.
Q E.
Q g
e Z
Z M
(
Q 4
O gn
=.
W O
O W NCOCOO N
O O
W e 4 t> = C ol o u
2 2
=N O
=
(D
(
.D.
4
(
(-
=
E M
Q M
Q W
J M W
W En W tD Z
W Z
W l
O N
W 4
g
=00000 g
"o tD e = O C' M W
L
(
m.8 W
a-W W
W t
O Q
Z 4
W Z
W Z
Q m
a.
m a.
Z.
3 3
a I
W NCOOOO N
W e tD e o C O
=
3 b
Z b
Z
=NN N
=
n
=
> ED W=
WZ Eh h2 th 5
-th b i
~
~
(O8 2 I eOOOOOe 400 W
4N40=O n
E. Q =
e
.m.
sn m.
Z W
.O 2
Non an.
Wn
=
Z Wn=
O (n
in..
O E
O E
==
E UQ k $ h.II 2"55 2
=00000
=
2"55 b Z N = e = eCCtc O((
O O((
Q
= N (D t'3 = = M g
=
C
>..Z N
a (E4 O
Q g
kWx WQQ U
WQQ U
C gn a. W mW Z
En W Z
gbc ab. $
C0000 mb. $
00000 k
m W H O.
mm C nonno LO L1 O
nonno 2
2m
><W W
><W W
z..
wg WWg g
ca M b N ED e cl J WWm m ca tiNNOeOJ r
5W E
6 W= E
==N J4
- . E w
WI E
==N e
(
U *. 4
..J gL I ( = =.9. =I = (9
- J B 3 i
J
>=
WL Jl I I I I T W EL g
e bO
==
=
- c. E (=====NO e
QW(
mOC Z m= u o n n o n q >=
200 Z (n w u o n n e n el
- b MONNT l C
EENNd l g
=(
8 z
.mQ m23 a-m=3 B6a_
l l
l ese e NUS CORPORATION - ENVIRONMENTAL SERVICES
- ene FRI. AUG 19 1983 PAGE 9
TIME OF DAY:
11:13:34 PROGRAM: SD VERSION: SP NPPD-COOPER STATION MD: 35FT WIND VS DELTA T (310*-35') FOR APRIL-JUNE 1983 SITE IDENTIFIER: NPCS1 DATA PERIOD EXAMINED: 4/ 1/83 - 6/30/83 een GUARTER 2 wee STABILITY BASED DN: DELTA T BETWEEN 318.0 AND 35.0 FEET WIND MEASURED AT:
35.0 FEET WIND THRESHDLD AT:
1.00 NPH TOTAL NUNDER OF OBSERVATIONS: 2184 TOTAL NUMBER DF VALID OBSERVATIONS:
1850 TOTAL NUMBER OF MISSING OBSERVATIONS:
334 PERCENT DATA RECOVERY FDR THIS PERIOD:
84.7 %
MEAN WIND SPEED FDR THIS PERIOD:
9.5 MPH TOTAL NUMBER OF OBSERVATIONS WITH BACKUP DATA:
0 PERCENTAGE DCCURRENCE OF STABILITY CLASSES A
B C
D E
F G
8.43 5.30 8.92 46.65 22.59 6.11 2.00 DISTRIBUTION OF WIND DIRECTION VS STABILITY N
NNE NE ENE E
WNW NW NNW CALM A
50 12 1
5 3
4 0
1 15 3
3 1
2 6
26 24 0
B 19 3
0 1
1 6
0 1
17 8
7 5
2 4
14 10 0
C 29 3
6 6
4 5
5 15 27 8
12 2
3 3
17 20 0
D 87 90 43 29 26 46 113 89 114 43 28 22 15 23 63 32 O
E 41 26 11 13 14 21 69 69 55 17 19 7
7 9
23 17 0
F 3
5 8
8 5
2 9
14 15 14 11 1
4 10 0
3 1
G 1
4 2
1 2
3 6
11 5
1 1
O O
O O
O O
l TOTAL 230 143 71 63 55 87 202 200 248 94 81 38 33 55 143 106 1
en I
i ll
{
1
)
I' I-
?
JFDs of 35-Foot Wind vs. Delta T, i
January-June 1983 l
5 -
e h
t -
[
}
B67 s
l 8"En98 i "ssRnSt N
N O
k O=0Nvn N
O=**Oa N
Nwa n
==
N C=ONam e
3 aMN>Ma e
an M
Z N
5 OMNwOO 4
O=**OO4 W
3 OONaCO M
3 C=M* Con o<4 3
00aO00
=
3 CavaCO4 h
3 0*
O' g
O*CONOM 3
C=NMONE
~
BR
- s
.N 3
CaCa==
3 OwnnNa m
."g ua m
M W
W (D
W W
6 6
g g
g g
=
OC-4.-
g
=
ON, bn s
s b
=
n m
n I
(n in g
2 k
g g
g W
CACO *C N
W OO*CaO N
g k
f En CD (D
(D 4
4
.J J >
a W
W C= Cocoa a
W W 000000 0
g 2 E 5
2 E w
E
_5 o
a
=
M M
g 09000C*
n W CNNOOO P.
W W
W W
a
=
=
5 k
k M
Q Q
m W
O O
W OMOOOO M
C Q
W Oa= COON (D
m b
Q b
Q Eg J M W
W g
0T=O00 g CaCOOO n
a m M k
W 3
W W
0 O
Z 4
W Z
W Z
3 3
1 W
C= Coco a
W
- CNOOO M
3 L
Z L
Z
- m M
k O
k O
>m WI WZ
=kb
)
FII b Feb 5 C
One-OC.
<OC C
OnebOO m
<O8
.O i
s E
o..
an.
.O N
.o a
an.
b b..
Q k
- =
um 4 $ bkN' 6 M 5 b 5" E E Z
OPMMT=
O Z
- MPt4M 4
=
<< a na 4
<< a
,M e
b
... r a
<=4 O
c b-N
- W Z
8 m=bo 25$ s 25$ s C0000 C0000 mm nonno
-C mm nnnno C*y e a-nswes8 z
<w W
o-nsses8 E.. g8; art m m= =
- W 5
d rh #1111155 a
a ar_ m W= =
--W r
m Y-'
d rk #11111s g
eW<
.co Z
m-v o n n n n <, -
.ee Z
m-v o n n n n <, -
':2 555 answ.
555 5,
aMsse kma 8
a.
m33
-=
m32 gg
J ONM=nnna 00040 WN nnNN 0
M (D & (D O M N H
==
0
==44Na
~
OMNN4-e etDON oO
- a t')
NONN a
3 CM4NOO 4
3 n4Nov&
O 2
==
0 Z
enNN n
a E
ONNOOOe eMEDn40 4
=
0 W
3 0==aOOM 3 n ID e to e - 0 0
O EL
~~
O = = (1 O O n 3 4 N M & ID =
- M (D
a e
D'
~
3 con.e*O C 3
NDNew-N U3 N
to aO=
b BR
- s
.N
=-
3 O m e tD N o n 3
MN404C N
rt O v3 a
In t1 n e w
ka-to U3 M
W W
(D W
W 5
b
=
u O
to n
Q C
to 4eneea a
Q e
c O ti ti. N N O
. a n
O e&n a
b e
n n
m n
m n
t U3 (n
W E
E J
W OnonOOO
.J W
40tD=Oa 4
=
4 u
rn a
N u
L1 4NN 4
1 (D
to CD (D
a Z
")
"J a
==
J >
J >
E
= W W OEDOOOOM
= W W = tD e N N OI N O
's a w Z
(n a
a W
Z (D
a4=M e
4 e
6
==
6
==
N e
.a m O g
m C g
n n
m.
n
=
0 El n
W OOtiaCO e
C1 W CD (D C N O O m 0
4 u
En
==
O En 4N O
S W
W W
W
=
(D Q
g O
g O
a 2
Z a.
==
M Q
Q W
O Q
W ONNOCOe O
Q W
000-CON u
Z
<2 aO=
n
=
(D (D
=
==
t (1
Q (1
Q J M W
W W
(D 2
W Z
W Q
N W
W Oae=OO 4
W L
W CD CD O O O O 4 l
J O
W to Z
W U3 Z
- N =
n 4
En O
2 W
3 W
(
s Q
Q j
Z 4
W Z
W Z
i C
m
==
m
=
2 3
3
==
1 W
O(1NOOO O
W eeeOOOM 3
h.
Z a
4 2 NnO a
44 M
k O
k O
a
- =
ID WZ WZ k
k n n a
~
~
2
.s.
<OO w
n > N a os a 400 W
anenac o
.O 3
a e
-Q 3
g a tD tD a e
Q Q Jn.
.m.
I Jn
.m s
a Z
W (1 =
W (1 =.
==
=
O in U3.
O E
Q E
==
E uQ kk 5 E 5 5" M M Z = b N e ti e 4 Z
N (D N CD = N f'1 8
.=.. e
<< Q eNa e
Q Nnaa-o a
L
<E<
Q Q
r WWx WQQ u
WQQ U
C U2 = W L1 W Z
En W
.J Z
E=Q ab. $
C0000 mb 00000 k
W W C.
m Li m o nonno mm o nonno i
3
%m
><W W
..... Of
><W W
..... O Z
$W
=kg E
2 Qa M N N ED e olJ
>- W g g
Qa l
w Z r ') N N CD e O.J r
w WZ r
~~n
=rZ w
==N 4<
a 0
< u== L J
W EL J.l.
1
- 1..I..I
.J WL J.l..I. 6. =f i ef a m
)
g6 g <
O me gL E <
=== N O
.O u
OW<
mQQ Z U3 u O n n n n eg e-mQQ Z.=
(n - U O n n n n t e
O Am>
<ZZ
==
. l
<ZZ e
=== 0
- MNNO
>==
e E
g =n Q B69 m33 g anNNC
=i U2 3 3 2
c.
j
==
vN=NnNO 4
J &N4=nOO4 thh h
b C
5 0
1 MMNO=O F
NNOOOOe t
=
=
g 04&4 cog g 0000000 P.
wvNnOO N
NM4=CO N
w N
=
g 3 aonNoo m
3 NNeNOO O
E e
g MnNNaOM 2
O== COO N
m 3
3 t
5 WN4=COM 3
agNCOO N
n m
BR (g
4 ".
2 menmOO n
2 em-COO n
zo m
NN 4
m N
W-m n
W W
m W
W y
5 8
8 tRia R
8
=
- = aooo g
O m
O i
m W
W k
(
H E
E J
W we>NOc t
J
(
W CaCOOO~
=
u m NeM
=
u m
Ma e
H i.
m a
=
m 6
J >
J >
2
= W W 404 MOO n
=
W W PNCOOO4 0
m W
2 m ann e
a W 2
m a
N 6
C 6
=
4 6
n n.
E r
5 n
M M
W enMaco m
n W NCOOOO N
i U
m a
N O
m e
Q
~
Q E
5 E
E E
E m
W O
O W
NN=OOO O
O O
W 400000 4
k k
e g
E M
Q M
Q bm 2
2 g
4*NOOO g 300000 N
W P
W L
m W
8 W
W m
W W
W Q
Q W
5 W
5 Q
b I
r anOOOO g NaOOOOW 4
s N
a a
> W W
W:
2-b ba kb kb N
400 "N=MOOO (Og >
$ nNOOOO 4
N E6 Un.E
.E Un
-a a ma.
sa-a sa-a
=g UQ H
H
$ bkk 55 2 n&MOOO N
55 Z
4aCOCO N
(
=
((
Q
- O O
Q g
g L
(E4 O
Q g
WWW WQQ u
WQQ u
O m=W Z
WW Z
WWg z=Q ab2 $
00000 m$.
k Wwo 00000 m
mm o nonno mm nnono D
LZ=
>(W W
.d
><W W
.....d E ggzu-r 3 :
5: 5,iT-?)J kgg Z
Ca MNNee a
Qa Mgg 5
3 WE 5 iT7?gJ ONNSe v5 8m4 EQQ E %I S B E E E E "1.'E
- CQ E 85 5533E32 5 4W (zz -
(zz 4
=.Im-Q m32 8
-nNNm B70 532 S
-nNNe L
~~
CD 4 CD a O O O n J OO&nne&
O 4
(D
< n N & n cd o o O e=Nn=
CD C
==
n OOOOOO O
t> ED (D N N M 4 w n3 4 n e n N
2 OOOOOO O
3 4 to & M (D n O Z
Z n CD (D N - CDN A
OOOOOO O
N4en404 Nna CD g
3 000000 0
2 CNenta m
N-=
4 L
M 2 OOOOOO O
2 g tb.n. N tb =
Nn r/s N
EP a
2 00wo0C 2
N N ED N N n e U3 in r3 4 m n
88
<s.
.N
=.
2 aNOOOO n
2 4 e O N 43 M D-8O to tn== CD (D 4==
4 u-m N
n W
W O
W W
e-u m
we J
8 8
R I
8 ia-*S' $
=
I b
5 m
n m
n o
n 1
En In W
E It:
.J W
ID-OCOO th J
W (D N tB (D N = w
=
u En a
=
'u en NNNN 4
W D
f in En t0 En
= =
n 2
Z
>=
W
')
- ")
J >
J >
m
=
W W
=O0000 m
= W W NeOONo tD C
a W
Z CD =
-=
m W Z
U3 0 f3 n v (D
L 6
==
L
=
- a n
e H
b b
- n n
=
n
=
0 m
n W eOOOOO e
r3 W
(D * (D tb O O 0-o a
u En u
in NON 4
9 W
W W
W
=
m ID Q
E O
E 9
=
2
=
Z
=
n C
Q W
O Q
W NCOOOO N
O Q
W O th e== C O T U
k Z
Z n T **
0-CD (B
a a
3:
r3 O
P3 O
W M
W W
m O
Z W
Z W
y NOOOOO N w
a w
enN-Oos s
w a
I 8
W W
W O
m w
Q Q
Z 4
W Z
W Z
Q m
==
m
==
2 2
2 1.
W n00000 03 W
ennOoo e
==
2 4
2 4
2 wNv 4
E
'n k
O O
==
=
k (D
WZ WZ L
k N
WL Z
WL Z
Z n n a
>6Z O
k6E O
W
- r3
=
i t
Z..
N
<00 EDCOOOO CD
<00 W
N N. 43 O N of N
.. =
.O 3
.O 3
2 e.ne e
O Q
Jn.
.m.
Jn m.
Z
=a**
O 2
g *n.. -
yn=
Wn m.
O (n
ai Q
E CJ K
='n E
uQ b n tw O s
..Z
=
n a
<m<
Q Q
CI:
>WW WQQ u WQQ u
O 10
- W.
En W J Z
(n U.J Z
sa Q I&
< tz: Q W
<gC us m=Q mD.
D C0000 f mDZ 5 00000 1 (n
WWC 01 01 O
nonno I En m O nnono I D
Z=
><W W
-.... Ot
><W W
01 Z
Ow U st:
m Qa r3 N N ID e
.J r
>W.g c:
Oa r3N N(De 04J H$g
=
w wZ r
a-N w
W Zt r
==N a<
U ** A
.J WL
.J t I I I w
.J W 41.J t I t I el
- E I
=
k 6E
<======i=NO L r 4 = ===== t=NO
==
e o QWC mOC Z 41 = u o n n n n rJ e CCC 2
L1 w uoneen
=
o O
E>>
<ZZ
==
i
<ZZ
=
=<
> = = = 0
=nNNO e
E I ta Q 3
-nNNO
= = =
B71 was mas 7
==
s
==
eso e NUS CORPORATIDN - ENVIRDNNENTAL SERVICES e een FR I. AUG 19.1983 PAGE 11 TINE OF DAY:
10:23:50 PROCIAM; JFD VERSION: SP NPPD-COOPER STATION JFD: 35FT WIND VS DELTA T 1318*-35'1 FOR JANUARY-JUNE 1983 SITE IDENTIFIER: NPCS1 i
DATA PERIOD EXAMINED:
1/ 1/83 - 6/30/03 een JAN-JUN een STABILITY BASED DN: DELTA T BETWEEN 318.0 AND 35.0 FEET WIND NEASURED AT:
35.0 FEET WIND THRESFKX.D AT:
1.00 NPH TOTAL NUMBER OF OBSERVATIDNS: 4344 TOTAL NUMBER OF VALID OBSERVATIONS: 3000 TOTAL NUMBER OF NISSING OBSERVATIONS:
544 PERCENT DATA RECOVERY FDR THIS PERIOD:
87.5 %
MEAN WIND SPEED FOR THIS PERIOD:
9.1 NPH TOTAL NUNBER DF OBSERVATIDNS WITH BACMUP DATA:
O PERCEN' TACE DCCURRENCE OF STABILITY CLASSES A
B C
D E
F G
6.84 5.71 9.50 50.71 19.37 5.68 2.18 DISTRIBUTIDN OF WIND DIRECTION VS STABILITY N
NNE NE ENE E
WNW NW NNW CALN A
90 24 1
5 3
4 1
2 17 4
3 1
3 6
39 57 0
B 66 18 3
1 2
9 0
2 21 19 8
6 5
6 24 27 0
C 96 41 10 6
4 14 13 20 35 15 20 5
3 4
36 39 0
D 183 198 113 56 57 103 242 166 211 142 77 44 30 36 150 110 9
E 57 46 26 19 20 28 95 114 128 63 33 13 18 22 31 19 4
F 7
7 8
8 6
7 26 41 34 23 12 2
10 12 0
4 9
C 2
8
.3 2
2 4
11 19 20 3
1 O
O O
O O
8 TOTAL 501 342 164 97 94 169 388 364 466 269 154 71 69 86 200 256 30
Stability Classes by Hour of Day, 35-Foot Wind vs. Delta T, January-June 1983 i
B73
ese e NUS CORPORf4T10N - ENVIRONNENTAL SERVICES e ese FT!!, AUG 19 1983 PACE 2
TINE OF DAY: 10:23:50 l
MPPD-COOPER STATION XD:'3SFT WIND VS DELTA T 1318'-35' t FOR JANUARY-JUNE 1983 i
CITE IDENTIFIER: MPCSI DATA PERIOD EMAMINED:
1/ 1/83 - 6/30/83 l
STABILITY BASED ON: DELTA T BETWEEN 318.O AND 35.O FEET-HOURLY STABILITIES HOURS l
YR MN DY 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 le 19 20 21 22 23 24 C3 1 1 E E E E E E F F F E D D 5 D C D D D E E E E D D C3 1 2 O D D D D D C C 5 A A A A A B D D D E E - 0 0 0 C3 1 3 0 0 0 F F F E E D D D D D D D D D E E E F E E D C3 1 4 D D D D D D D D D D D D D D D D D E E E E D D D l
83 1 S D D D D E D D D D D D D D D D D D D D D E E E E
(
C3 1 6 E E E E F E E E E E D' D D D D D D D D D E E E E C2 1 7 E E E E E E F F F E E D D D D E D D D D D D D D l
C3 1 8 D D D D D D D D D D D D D D D D - E E E E E E E 33 1 9 E E E D E D D D D D D D D D D D D D D D D D D D 03 1 10 D D D D D D D D D C A A A A D C D E E E F E E F C3 1 11 E E E E D D D D D'B A A A A A B C D D D D D D D l
C3 1 12 E E E E E E D D D D C C C D D D E E F F F F F F C3 1 13 F G - O w 0 0 0 0 F - D D D D E E - F F E E E E C3 1 14 E E E E E D D D D D D - B A - C D D D D D D D D C3 1 IS O O C D C C D C A - - A - - D - D D D E - - E E C3 1 16 E E E E E E E E E - A A A A A 'A D D E E D D D D C3 1 17 D - D D D - - D C B A - B 5 C D D - E E E E D D os C3 1 18 D D D - - D D D D C C C - - - D D D D D D D D D
}
'8 C3 1 19
- D D D D D D D D - - - - - - - - - - - D D D D C3 1 20 D D D D D D D - D - - - - O D D D - - - - - - -
C3 1 21
- - - E E D D D D B A A - - - 3 C D D D D D D C C3 1 22 C C C - - - - - - - - - - - - - - - C C D D D D C3 1 23 D D D D D D D D D D - D D D D - - - - - - - - -
l C3 1 24
- - - - - - - C - - - - - - - - - - - - - - --
C3 1 25
- D D D D D D D D D D D D D D D D D D D D D D D C3 1 24 D D C C 3 C 3 C 5 A A A A A B A C D C C C D D D C3 1 27 D D D D D D D D D D - D D - - D D D D D D D D D l
C3 1 28 D D D D D D D D D D D D D - - - - - D D D - - D C3 1 29 D D - - - - - - - - - - - - - - - - - - - - - -
l 1
03 1 30
- - - - - - - - - - - - D D D D D D D - - D D D C3 1 31 D D D D D D D D D
'C C 3 C 5 D D D D E E D D D D C3 2 1 D D D D D D D D D D D D D C C D D D D D D C C C 1
C3 2 2 8 C C C C D D D D C 8 5 A C 5 C D D D D D D D D E
C3 2 3 D D D - - - D D C A A A A A A A - - - - - - - -
83 2 4 C 0 0 0 0 F F 0 F E E D D D D - E E E D E.
D D D C3 2 3 D D D D D D D D D D D D D D D D D D D D D D D D C3 2 6 D - - - - - - - C A A A A A C D D E E F G 0 0 0 i
C3 2 7 O F F F F F F E E D A A D D D D E E E F E E - -
63 2 8 D D D E - - - D E D D D D D D C D D D D D D D D l
83 2 9 D D D D D D D D D D D D D D D D D D D D D D D D 83 2 10 D D D E E E E D D D D D D D D D D D D D D D D D 03 2 11 D D D D D D D D D D D D D D D D D D D D D D D D OJ 2 12 D D D D D D D D D D D D D D D D D D D D D D D D 03 2 13 D D D D D D E E D D D D E D E E E E E E E E E E 83 2 14 E E E F E F E E E E D D D D D D D E E G G C O C
eos o NUS CORPORATION - ENVIRONMENTAL SERVIC C o coo F7' I. AUG 17 1983 PACE 3
YIME OF DAY:
13:23:50 PROGRAM. #@
VCIION: SP NPPFCOC*E3 CTATIDN #D: 3SFT WIND VS DELTA T (313'-35') FOR JANUARY-JUNE 1983 SITE IDENTIFIER: MPCSI DATA PERIOD EM AMINED:
t/ 1/83 - 6/30/83 STAstLITY BASED ON: DELTA T BETWEEN 318 O AND 35.0 FEET HOURLY STASILITIES HDURS YR MN DY I 2 3 4 5 6 7 8 9 IO 18 12 13 14 15 16 17 18 19 20 28 22 23 24 83 2 IS F E E D D D D D D D D D D C C C D D D D D D D D 83 2 16 0 D D D D D D - - D D E E E D 5 5 D E C C F 0 0 83 2 17 0 0 0 0 F F E E E D C D D C D D D D D D D D D E d3 2 le E F E F F F F F E E D C C C D D D E E E F'E E F 83 2 19 F E E E E E E E D D C C C D D D E E E F F F F F 83 2 20 F F F F E E F E E D C 5 C C C D 5 C C C D'D D D 83 2 21 D D D D D D D D D D E D D D D D D D D D D D D D 83 2 22 D D D D D D D D D D D D D C A A A D D D D D D D 83 2 23 D D D D D D D D D D D D D C D D D D E E F E F E 83 2 24 E D D D D D D D - - - - - ' - A B C D D D D D D D 83 2 23 D D D D D D D D D D D C D C C D D D E E-E E E E 83 2 26 D D D D D D D D D D D 3 5 C C D D E E E E E E D 83 2 27 D D D E D E - D D D D C 5 5 C D C E E E E E F F 83 2 28 F F E E F F E E D D C 3 5 9 C'D D E E F F F F F 83 3 1 E E F F F F F F D C 5 A 5 5 5 D D D E E E F F F 83 3 2 0 0 0 0 0 0 0 F E D C 5 5 5 C C D E E F F F E E 83 3 3 F F F F G O F F E C C 5 A 5 5 D D D E E E E D E l
C3 83 3 4 E E E E E E E D D D D D D D D D D D D D D D D 5 l
cn 83 3 5 D D D D D D D D D D D D C D D D D D D D E E D E 83 3 6 E E E D E E E D D D C 3 3 A A A C C D D C D D D i
83 3 7 D D C C C C C C 5 5 A A B A 3 ' IB C C C C C C C C 83 3 8 C C C 5 C C C 5 A A A A A A A A A 5 9 9 3 5 5 5 83 3 9 C 5 C 3 5 5 9 A - - - - - - - - ' - - - - - - - -
B3 3 10
- - - - - - - - A A A A A A A A 5 D D D D D D D 7
83 3 11 D D D D D D D D D D D D C 3 5 C D D D D D D D D B3 3 12 E E E E E E E D D C 5 A B A 5 D D D E E F F F F 83 3 13 F F F F F F F E D D D A A A A A C D D E E E E E 83 3 14 E E E E F E E D D C 5 C B D D D D D E E D D D E 03 3 IS E D D D D D D D D D D D D C C C C C 5 C 3 5 5 5 83 3 16 5 C C C 5 C C 3 C 3 C D C 3 5 5 C C C C C C C C 83 3 17 C W 5 5 C 3 5 C D D C C C C A B 3 C C C C 3 C 5 03 3 IS 5 5 5 9 3 5 5 5 5 A A B A 5 5 5 5 5 5 C C D D D 1
83 3 19 D D D D D C D D - - - C C C D C D D D D D D C C B3 3 20 0 D D D D D D C 5 A A A A A A A.
5 5 C C C C C D B3 3 23 D D D D D D D C A A A A A A A A A C D E D D D D 83 3 22 D E E E E E E D D D 5 5 C B C C D D D E E E E E 83 3 23 E D D D E E D D D D D C C D C D D D E E E E E D 03 3 24 D D D D D D D D C C C D C D D D D D D D D D D D B3 3 25 D D D D D D D D D D D D D D D D D D D D E D D D 83 3 26 D D D D D D D D D D D D D D D D E E E D D D D D 83 3 27 D D D D D D D D D C C C C D D C D D D D D D D D 83 3 28 D D D D D D D -D D D D C D C B C C D D D D D D D 03 3 29 D D D D D D D D D D D D D D D D D D D D D D D D 83 3 30 D D D E E E E E E E D D D D C D D D D E E D D D 03 3 31 D D D D D E E D D D D C 5 D D D D D E E E E E E i
4 I
ces e NUS CORPORATION - ENVIRONMENTAL SERVICE 3 e ese F2 I. AUG 19 1993 :
PACE-4 TIME OF DAY:
10;23.50 PROGRAM. JF9 VERSION..SP NPPD-COOPER STATION JFD: 3SFT WIND VS DELTA T-(318'-35*3 FOR JANUARY-JUNE 1983 CITE IDENTIFIER: IFCS!
DATA PERIOD EXAMISED:
t/ 1/83 - 6/30/S3 STASILITY BASED ON: DELTA T BETWEEN 339.O AND 35.0 FEET-HOURLY STABILITIES l
HOURS j
YR MN DY I 2 3 4 5 6 7 8 9 10 11 12 13 14 IS le 17 IS 19 20 21 22 23 24 Q 4 1 E E E D D D 5 A C C C C D D D D D D D D D D D D 1
C3 4 2 D D D D D D D D D 5 5 C C 3 C C C D - - - - - -
l C3 4 3
- - - - - - C C A A A A A A A B 3 D D.D D E E E i
C3 4 4 O D D D D D D D D D D D D D D D D - -.- - - - -
D D D - - D D D D - - - - - - -
1 C3 4 5
- D D - -
l C3 4 6 D - - - - - - - 3 5 5 C A B C 3 C D D D D D E E C3 4 7 E E E D E E E D D D A A A A A C C D D E E E D D i
C3 4 8 D D D D D D D D D D D D D D D D D C D D D D D D C3 4 9 D D C D D D C 5 C C 3 3 C C C 5 C-3 C D D D D C C3 4 to C D D D C D D C C B B A B A A A A D D E E E E F C3 4 11 F F F F - - - - - - - - - - - D D D E E E E D D l
C3 4 12 D E E D D D
^D D D D D D D 3 D D D D D D D D D D C3 4 13 D D D D D D O D C C B B B B C C C D D D D D D D C3 4 14 D D D D D D D D D D D 5 A A A A A C D D D D E E C3 4 15 E E E E E E D D C A A A B - ' - B D D D E E E E E C3 4 16 E E E E E E D D A - - - - - A A A B D E E E E E C3 4 17 E E D D D D D D D D D D D D D C C D D D D D D D j
t a C3 4 IS D D D D D E D D D C C C - C C C D D D E E E E E l
'4 C3 4 19 E E E E D D D D D D D D D D D D D D D D E E E E i
C3 4 20 E E E E E E E D D D D C D D D D.D D D E D E E E C3 4 21 E E E E E E D D D D D D C D D D D D D D D D D D C3 4 22 D D D D D D D D D D D D D D C D D D D E E E E E C3 4 23 D D D D E D C A A A A.A A A A B C D D D D E E D
{
C3 4 24 E E E E E E D - - A - - - - - - - D E F r O F F G3 4 23 F F F F F F E D C B A A A A A B D D E E E E E E I
C3 4 26 E E E E E E E D C A A A A A A A A D D D - - - -
i C3 4 27
- - - - - - - D D D D D D D D D D D D D D D D D i
C3 4 28 D D D D E E E D D D D D D D DD D D D E E F E E i
C3 4 29 E D D D D D D DD D C C C C C D D D D D D-D D D C3 4 30 D D D D D D D D C C C,C 9 C D D D D D E E E Ef D C3 3 1 D D D D D D D D D D D A D E D D D D D D D D D D G3 5 2 O D D D D D D D C B A A A A B B B C D D D D D D C3 5 3 D D D D D D D D 5 C A A - - - - - - - - - - - -
J 83 3 4 F F F E E D D C 5 A A A A A A A 3 O D E F F F F j
83 3 5 F F F F F E E D D D D B A a D D D D E E E E E Q.
5 6
- - - - - - - - C 5 A A B B B D D E D E D D D D e
l
- - - - D C C 3 - - - D D D D E E E E 83 5 7 D D D D D j
83 5 8 F E E E E F E D D C B B B C C D D D D E E E E E l
83 3 9 E E E D E E D D C 9 A A A A 8 8 D D D E E E E E l
03 3 10 E E E E E E D D C A B A B D D C D D D E E E E E B3 3 11 E E E E E E E E D D D C D D D D D D D E E E D D D3 5 12 E E D D D D D D D D C C 5 A C C D D D D D D D -
83 5 13 D D D D D D - - - - - - - - - - - - - - - - D D j
03 5 14 D D D C C B C C D D C C C e C D D D D E E F F E j
83 3 IS E E D D D D D D A B A A A A A A A C E E F 0 G -
l I
eve e NUS CORPORAL tfPd - FNVIRilNihNI AL SEWICE3 e coo
~
FR I. AUC 19 1983 PACE 5
YINE OF DAY:
10:23:50 PZOCRAM: JFD VERSION; SP NPPD-COOPE3 CTATION JFJ: 35FT WIND VS DELTA T (319'-35') FOR JANUARY-JUNE 1993 S11E IDENTIFIER: NPC21 DATA,PERIQD EXAMINED:
t/ t/03 - 6/30/93 STABILITY BASED DN: DELTA T BETWEEN 318.0 AND 35.0 FEET-HOURLY STABILITIES HOURS YR NN DY I 2 3 4 5 6 7 8 9 to 11 12 13 14 15 16 17 18 19 20 21 22 23 24 C3 5 16 C 0 0 0 0 0 F E D D D D C C D D D D D E E E E E C3 5 17 E E E E E D D D D D D D D D D D-D D E E E E E E C3 5 10 E D D D D D D D D D D D D D D D D E E D E E E D C3 5 19 D D D D D D D D D, C D C A A A.8 C D D E F F F. G' C3 5 20 F F G G G G F E D D D D D D D D D D D D D E D E C3 5 21 D C D E E D D D D D - - - - - - - - D D D E E -
C3 5 22 E E F F E - 3 A - - - - - - - - - - - - - -
C3 5 23
- F F E F F D D D - - A B A A B D D E F F F F F C3 5 24 F F F F ~ F E E D D - - - - C C C D E F E E E E D G3 5 25 D D D D D D C 5 A A A A A A A A A C D.E E F F -
C3 5 26
'O O O F F E D D D D D C C 8 8 C D D D E E 83 5 27 D E E E E E D D D D C C B B C C D D E F F F F E 03 5 28 E E F F F E D C.A A A A A A A A D D E E E E E E C3 5 29 0 F F F E E D - A A A A A A A A B C D D D E E E C3 5 30 E E E E E E D B A A A A A A A A C D D D E E E E 03 5 31 E E E E E D D 9 - A A A A A A B B C D - - - - -
83 6 1
- - - - - - - - - - - - - - - - - D E E E E E E C3 6 2 D E E E E E - - - - - - - - - ' - - - - - - - - -
om 83 6 3 j C3 6 4 0 O O O G - - - - B C D E - - '- O E E E E E D D C3 6 5 E E D D C D D D D D D D E D C C A D D D E E E E 03 6 6 E E E - E - - D C B A A A A A B A D D E F G Q C i
C3 6 7 0 0 0 0 0 0 F E D C C A A A A B C D E F F F F F C3 6 8 F E E E E E D D C - - - - - - - - D E E F F F F C3 6 9 F F E E E E D D C C B B B C C C D - - - - - - -
4 83 6 IO
- E - - - - - D - - - - - - - - - - - - - - - -
C3 6 11 D D D D D D D D D D 03 6 12 D D D D D D D D D D 8 A A B B B D D D D D D D D C3 6 13 D D D D D D D D D C 8 C C B D D D D D D D - - -
C3 6 14
- - - - - - - - - - - - - - - - - - - F 0 G O F C3 6 IS O F F F F G E D D C - - - - A A A D D E E E E E 03 6 16 E E D D D D D D D D D D D D D D C D D D E E D D C3 6 17
- - - - - - - - - - - - - - D D D D L E E E D D j
03 6 IS D D D D D D D E D A D B A A C A A D D D D E E E 03 6 19 D D D D D D D D C C D D D D D D D D D D D D D D l
83 6 20 E E E E E E D D D C C C C C D D D D D E E E E E 03 6 21 E E E E E E D D D D C C C C D D D D E E E E E E 03 6 22 E E E E E E - D D C C C C C D D D D E E F F F F 03 6 21 F F F F F E E D D D C 8 C D B C D D E E - F F F 03 6 24 F F F F F E E D D D C C C 8 C D D D E E F F F E 03 6 25 E E E E E E D D D C C 8 C C C D D D E E E E E E 03 6 26 E E E E D D D D D D D D D D D D A D D D D D D D 83 6 27 E E E E E E D E D A B A D D B D D D D D D D D D 03 6 20 D D D D D D D D D D C B B D C C D D D D - - D D 03 6 29 D D D E D D D D C D D D D A C C D D D E E F F E I
I l
ees
- NUS CORPORATION - ENVIRONMENTAL SERVICES * ***
FRI. AUG 19 1983 PAGE
-6 TINE OF DAY:
10:23:50 -
Pr.OCRAM: #D VERSION: SP NPP3-COOPER STATION MD: 35FT WIND VS DELTA T (318'-35') FOR JANUARY-JUNE 1983 SITE IDENTIFIER: NPCS1 DATA PERIOD EXAMINED:
1/ t/83 - 6/30/83 STABILITY BASED ON: DELTA T BETWEEN 318.O AND 35.O FEET HOURLY STABILITIES HOURS vR MN DY 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 C3 6 30 E E E E E E.' D D D D D D D D D D E E E E E E E E=
i e
y i
k 1
)
?
l l
i JFDs of 318-Foot Wind vs. Delta T, January-March 1983 2
k h
t i
5 i
i B79 l
JI M o 4 (D C O M O COnMeen a
NMWa O
anMN M
S I CatDMNejm g
3 ONNNo&
O
=
av a m g COceNa g
OOaMMO N
N 0
COMOOO M
1 000000 3
00=0C0 a
3 CON =CO M
0 3
000-00 g C00000 3
3 0
3 000000 0
g C00000 0
3 Comeca 4
g C00000 g.
m m
O' W
W
=
W W
6 6
th OONMN*
(D g
to OOOOaO a
a 4
g
=
L 8
R i
R E
E
(
W
.J
(
W ONONCO T
J
(
W COONoa m
m m
(
E g
")
H.
0 W C00000 0
g C00000 1-1
=
E 8
'nn
=
g g
C-0000
,4 M
W 000000 0
M
=
b g.
O g
0 l-5 k
5 0
0 W C00000 0
O O
W Cac-CO N
k d
k 4
3 E
O J
b Q
S 2
2 d
g g C00000 g
g OOOOOdo 0
W W
g.
N I
W W
M 0
Q Q M W
2 W
Z b...
3 3
g CoaO*CN g 000000 b
0 3
I b
M~
a Wz W=
g NEh 5
- Ek 5
=2
=
n g
OO*N=ON
.(Og k
g COMeOON 400 H
N b
Jm.
m Z
JE a
2
% E..
-E R "' E W5" E UQ p-2 ON==oC M
Q
=*
O
((
Q N*
g
'(EC Q
Q N
N b W 558 3$
RRRR8 E!
2R228 esu.8 WE =m
<=
MsN 8
- < r. =m g=E J
J Q-
-W Wz t a
.N
. 4
=
8.
W= r man
_C Y--
d
- Et #111113 5 d
th e1111155 QW(
SCO Z
(O w uOnnnnA MOO Z
U3 - uonnneAm
=
(22
=
L>>
<ZZ M M N N (D S
3 MMNNm
>==
4
>==
I=Q m32 BSO m33
~~
m
==
J nOMtM=*
4 JI-O = n O. CD M (D.
4
n te n =
(I N N. N.
e8 o
W N
OM=
0 WI
~
{ OMNPNN tD 3
OOSMNN=
N g
=M*
3 O=4eOO 3 O e tD e v ale
=
Z
==
M Z
NN=
N >
00=0CO=
004NO=>
3 OOOOOO O
3 O==M N
g M=O= CON g OnNNOOe 3
3 2
CO=MMON 3 Obvenon CD (D
N e
3 OO=M=0 n
3 O &
O = CD t>
M U3 En NM-N (D
k U3 U2 W
W
=
W W
=
a v
e u
O U3 CONN =N O
O O
gn O&ONNe N
E o
O
=
0 OnN N.
E ID.
(D.
e
=
En En 01 m
in M
E E
4 W
(
W J
W CO===0 m
.J
(
W O4CDNe=
v c) y ut NN=
N E
to En tn U2 4
"J 3
>=
O em b
^
^
W m W
=
W CMNTOCT W
W W
ONO*P=
O
=
m W
Z m
eba n
n
(
6 4 L a.
=
s b
.b.
nn n
=
.I O
W O=NOOO M
M W O n CD > 4.== >
u in u
U2
-N N
(D W
W W
W 0
M
.E.
O
=
E.
=
Q Q
0 C
W OMMOOO 4
0 0
W ONMneO&
k k
,4 5
E
=
=
.J M
Q M
Q W
M W
W o
Q (D
Z W
2 W
N W
L g C00000 0
W L
g 040Nade N
I
~
~
M W
W N
c c
c M W
Z W
Z Z.
m
=
a
=
3 3
=
3 1
g OONCOON g ONNNNN n b
b
==-
- n 5
W:
WT g
2
-th b N e k
.b.
=n
=
N
<OO w
O O M = & Ni n (OO O tn. N tD. (D C
=
Q..
- =
>.O 3
N
>O 3
=
N. =
(D
=
.J CD. M.m.
.J 10. M
.m.
W.
=
W.
to..
OM E
QM E
uQ t-bkN b" C 5 b'ME
=
Z O = CD M O' M e 2 O e = = & 4f N (4
Q
- =
N
=.. =t (C
C
=NN N
t=(E4 O
Q WWm WQQ u
WQQ u
Ul = W (n W J 2
W W.J Z
6
( cr Q
< c: Q cc = Q m3.
00000 m3.
CootO 1 W *= 0 Ut U1 ennnC to U1 oonnO I 2
><W W
.O
> < u.
W~
..... Ol
$2
>Eg 2
Qa ONNWeO E
ca W
=
u.
W= r
==N
. d WEg MNNWe94J w W:
t
==N v=A WL
_J.I..i..i I.t. e J
t-
.J
>=
W 4.J.I..I..I..i..i. et -
(
t p.
EL E N O t=
4E rt O
=
OW(
200 2
U) w uonnnnA r-m00 2 Ww vCOOOOA
=
CL - >
<2Z
=4
>==
<ZZ
.=
=
g MMNNO g En Q g
MMNNQ
>==
Ui 3 3
==
~~
B81
W !!*U$N;00
- " E9;~ts g
g n
g omnnoo m 2
o-oooo 2
2 g
e-o'n-,e g anoooon g..n-ong g anono-.
2 can.no g
2 on-on-4 g
o,-n-oe g
oo--oon g onssnog g e-nanoo g ougg o; g
anne-o.
8 C
E E
5 j
w g
e4:gon g w
=
g ooggoog
=
i s
a n
a n
5 3
g o": Raos
}ga
- o c
k.
E g
S t
g t
g g
gg gg g e-sen-g g oo-nao.
5s a
5=
a
,7 -
E E
g on44--.
8 g
g o-oooo -
w w
w w
b o
g W oNsoo.
e o
o W o-oooo-I 5
yn 8
S e
s g
g on....-
5 e
g o-oo.-
E5 W
W w
w gn G
i G
E
=
g 5
=
3 I
b g o-enoon g
o--oooN b
. n g.
wz wz 3
-Et 5 set E
<og
<og w
o--ooon s
w on--oon E
t De.
B De.
~
E E
~
~
4 E..
va.
,bkN Z o-enco m
2 oN--oot sus o
o G20 WS" W WS" W 5E8 IE RSSR8 E!
RRRR8J 915 Eif i es."dgi 8 4 Eis ! es,"dgiew y--
e
- re v11111x s e
- en v11111x s aW5 tif z
- - voaaaa^
299 2
- - voaaaa^
g o<
--- q nnsam q
nnsum m
m2m BB2 mas
i J aO&NnOC N
Jt o o n & =
- o! &
< ===
v ti = Nv40en
>= =
Nn4M=
0 0
C N
e-
>-e 1 CMCCCCM E'
Nn4Mno 3 O N e o - Ni e N
3 OOCOOCC 3 o ID e M n 4lN Z
Z NMeNNn
=
1 ONowCOM C.&. M 4 C N n w-n 3
ONaCOCM 3 ON&m4NN n
CeOQQCe 3 Ce&tDaCN m
=
n 3
3 ON==CC e
3 O n tD N M C O in in aMN*
3 CC=NCOM 3 Ov&N&&
n M
tn En
-MN=
n (D
(n (n
m W
W
=
W W
=
a J
v O
o in COeOOOe
.J O
En OnN44&
m E
O 0
=40e n
m S'
M m
+
in M
to M
E E
W
.J W
CC==CO N
J W OwNnCNn D
u (n
v (n
=*nN n
g g
W W
W m
=
6 m
E J >
.J C
= W W
O==OOO N
- . W W
ON4n4N=
6 a
W 2
En a
W Z
(D
= n CD N (D
A w.
k n
a e
E 5
n M
o I
n W C000000 n
e-W OC4nNN O
u En u
to NO=*=
0 CD W
W W
W a
Q K
Q E
=
M 2
2
=
==
Q Q
k C
Q W C00000 0
O O
W OeM4 EON k
k m
e J
M Q
M Q
W M
W W
Q (D
Z W
2 W
N W
4 g C000000 W
4 g 009eM0
=
Wn W
W
=
W W
N O
Q gM W
Z W
Z
=
5 5
=
3 I
g C000000 b
b g OgonmN e
~ ~
k M
k 4
ID WZ WZ W
W& 2 WL 2
k6E
.C.
56E
.C.
M 400 6-C000000 (OO >
W C N e = tD Ni m
- =
t-
.O 3
.O 3
g NeeN e
Q JW. m J m n.
m WM
=
.=
W En -
OM E
On E
UQ bkI "M5 Z OnMCOC e
b 5" 5 E Z C (D o n n of tD Q
<< Q Neon-e
..t N
(K4 O
Q W W as WQQ v WQQ v
CD =. W En W Z
CD W J 2
kh.
00000 kb 00000 E=Q W>0 to m nnnOO (n tn nnnnC Z.
><W W
MNNee8
><W W
.... O J
$w
-E.g E
W E
Q-E Q-nNNmeO J
-E.g w w r
--N w W:
n
--N e e' t-u== 4 J >-
.J B t i I WI t
.J t i I I 6 e >
WIJ< - - ~ ~ ~ ru -
i c.
< - - - - - ra c mQc
.z.
m - v o n n n n n.c s
Qw<
mOQ
.z.
m-
.Z v o n n o n n].-
E P- >
<Z IDQ nMNNm nnNNe B83 "33 0
C m33
'5
NPPD-COOPER STATION JFD: 318FT WIND VS DELTA T (318*-35') FOR JANUARY-MARCH 1983 CITE IDENTIFIER: NPCSI DATA PERIOD EXANINED:
1/ 1/93 - 3/31/83 aos QUARTER 1 ese STABILITY BASED DN: DELTA T BETWEEN 318.0 AND 35.0 FEET WIND NEASURED AT: 318.0 FEET i
WIND THRESHOLD AT:
3.00 NPH
]
TOTAL NUMBER OF OBSERVATIONS: 2160 TOTAL NUMBER OF VALID OBSERVATIONS: 2039 TOTAL NUMBER OF HISSING OBSERVATIONS:
121 PERCENT DATA RECOVERY FOR THIS PERIOD:
94.4 %
HEAN WIND SPEED FOR THIS PERIOD:
13.7 NPH i
TOTAL NUMDER DF OBSERVATIONS WITH BACKUP DATA:
0 PERCENTACE OCCURRENCE DF STABILITY CLASSES oo*
A B
C D
E F
G i
4.95 6.38 10.59 53.85 16.82 5.10 2.31 i
DISTRIBUTIDN OF WIND DIRECTION VS STABILITY N
NNE NE ENE E
WNW NW
.NNW CALM A
33 7
0 0
0 0
0 4
1 O
O O
1 0
12 43 0
8 49 12 2
0 2
1 0
3 8
6 0
1 3
3 7
30 3
C 74 25 2
0 6
3 14 3
10 5
7 2
0 1
31 28 5
D 72 81 45 19 49 79 138 71 122 79 45 14 7
19 96 91 71 E
8 15 13 11 9
16 19 39 66 44 24 9
12 23 9
8 18 F
4 2
2 1
1 1
8 13 27 16 10 2
6 6
2 1
2 G
8 O
O O
O O
2 2
4 3
4 4
3 3
0 3
11 TOTAL 248 142 64 31 67 100 181 135 238 153 90 32 32 55 15'7 204 110 i
l l
?
i-f l
l'
}
JFDs of 318-Foot Wind vs. Delta T, April-June 1983 s
1 6
h I
I f.
1 i
l' I
B85 t
I
~
CONOOnW4 JOQ4pemC M
(
=NMaN a
N4pTN P,
O>
OMnv4N O
Ca*Com m
aNa 4
=
N g
OM4=Se g
g CNennN n
m OccaCa b
CNNMOO N
=
=
W 3 004000 4
3 0-M-00 n
(
4 CoaCo-N 3 CaNaoc e
2 i
=
a 3 OcaCON M
3 CaNeDa m
m W
bn
- s 3
0-0000
=
3 OO=Now e
Wa W
m M
s
(
a 4
O m
CC= Neb e
m o
m O=OnMQ&
=
0
=
=
Q e
O b
N m
m m
n m
n W
i E
(
L J
W J
4 W COO =v=
4 J
(
W O===v0 N
b N
E k
m-m g
g a
t
=
J -
J -
=
0
- W W C00000 0
= W W
Ca= COO N
a W
Z m
6 a
W Z
m i
~
h
~
a E
5 h
C W C00000 0
i I
W C00000 0
ee
=
u m
u m
S W
W W
W a
O E
O E
b I
E I
E m
W O
O W
0-0000 a
0 Q
W OTOCOO e
a 4
d k
d k
b Q
b b
Q 2
Z g CONCOON g
y CeCOOO T
W L
W 5
W H
Q Q
Z Q 4 W
Z W
Z m
=
Z m
=
2 3
=
0 g C00000 g
Q== COO B
N 3
1 b
=
- n W
WZ WT g
=Eh
-Et E
-Oh 5
=
~
~
408 w ONNNCO 4 400 w C00000 0
Es*
De E
a De E
e 5E % E..
WR" E W5" E
=
g uc Z
ONN&==
O 555 b
$ bkN 555 b Z
0-Mo*M M
O((
Q
=
a e
O((
Q
=
g a
=
(k O
Q 4m WWM WQQ U
WQQ U O
m=W mW Z
mW Z
mb. b 00000 mb.
00000 O
m %zWkQ mm C 0n000 mm 00000 8 #
$$$ E SE Z""d*sEe I
$s5
$$5ESi2""d*d 2
E v--
e
- r v11111: a e
- ri es 111:a e o QW(
200 Z mwuonnnnA>
200 Z
Ww uononnA
=
(
(ZZ
=
e O
L>>
(ZZ e
a L=(
>== 0 MMNN2
- ==
MMbNO gg6 m32 wa Zmo m32 7
==
a m.4
..a 5
' $tAA23 v s ;Rtx9 5 g
-un-h we se I * *cno I o'egat :
4 o--ooom one--,
g 2 omoooom 2.ovo.
n t
.oo-Noo M
oNn,sn h
g oo-SN-N g o WenNg IE.
g o-e-woo g oas.e-g m-g 3
m
=
M W
W s
R
.g g
. oo a.n g
a o
g
. ogggggg g.
l g
l b
a
!j E
2 l
g
=a
- a= =
2 l
g =ans:-
E
.g-l 3
8 l-(
ll ll j
W ziRE" E
=
W 2
mo g
ao a
?
R g
g oonooon R
5 g o.gge.;
E
=
w w
=
e I
a 1
a o
m o...-o m
o..~--~
x l
~~
w l
b b
=
b
=
i W
W9 0
=
g y conn-o.
g y
e...-o-s-
w w
9R W
W w
w s
=
=
2-9*
W 5
W 2
l l
5 i
y o-, moo y omggmon s
- s
- n t*
-$k--
WIk b
>b n
<og C w esnuno, l
s De.<og E 1
Un. a f
w oo ooo -
E6 5E % E..
Eb" E WR" E va c
- EtW 3 *-. E
......E
<W s
E-
= on..nso z
o-~~4 4
~"'~~~
5
<Ek I
=
o E'
$d5
$0" M E
W
$ *E8 A!!!
RRRR8
"!m $
RRRR8 I
tsE Eis !
i_lz dedgi 8 v Eis ! ee d"deg8 2 5
r e,
S o. u. n
.vu..- s e..
i_
y v u..
m o. u. u.s g..-
m
.o 1si 25! 4 dd"di
!!! 4 da"de l
y-i
..c----
9
'%u
_e
/
=s h
nONnenNo i nognnOO n
- DNPna n
4 Nnn N
-=
g 4
ONNNOO 4
C*NNoo n
N
- t y7 g CNSW g
g CNNNCO O
4 5
3 OO=vkO N
s 3 OnMNNO C
5 I
~
W 3 OwpONO W
3 CeCDOO P
g
=
n.
\\
OOn=Oc e
Ownwoo n
n h
N
..c i.
COwneOm
=
ONNWO-n ls
=
1
- 6
.O 3 OnneNe m
3 o v e O. N C O w.-
En m
+
N a; a 6=
.e til t=
m W
W m
W W
s.
y g,/ 7,;
6 6
W ED ONN*Ov e
4 In C O P N C O.4 a
~,..
N.
N W
W m
n e
n 5
S.
E Wo*RR63
$~
E
- ,! o ' t
- a o o g m
m m
=
a a -
O
. * = W g OnN>no g
g Ca4 COON
= W 2 e 5
a'-
t E-5 5
E n
?
R b
O-4sn-N C
~
N
- ONNOOO, u
u
=
W W
g g
n O
Q W
C g
W One-CON O
g W
Oa0000-
/"
g
{
"?
gi
=>
g a
g a
m 2
W t
2 N
N.
, y m
g ~"" = = 9 j g
a g =aaa m
==
==
3 3
=
- g b
g Ce4*Oc e_
g00=O00=
3 I
b
- g g
>n k
w WZ WI, J,R k gS::
et E dk 5 (Og
. O N P 4 0 til N tog-CaCOOO=
I E [ '-
)g
$S-5" E a
.e" bE 45.O 8 5,"
E
~
bkk 5" 5 ' N 5"55 5 2 OwnaOOn 2 0n4900 4
(
<< o
<< o N
E ist
+
a i
. 3a 'M W9a Y
-8 rG
_s d
u a u
a RRRR8 RRRR8I I.
5c8 C*t W a-ris s ai s a#
- E Ww Wg W a-nsw.s W
W w Wz r
--N w
w= r
--N
. i'
- u-'
d wt q11111mg d.
- k W11111 5 O z m. vononnn-
'.O
.z. h-unnnnn Aw<
- a. - >
<2
,4 z==
g nn~Ne g-g 23g nn~N u3 m32 m
25"S2*'
0
- 3*089jM2 g
an
-g I co-ooo-o g g g g gig I
I tR8aNg N
g annocon g ogggong 3 o,nooo p
2 ogg-eng g e-anoo.
g annes.;
g co--ooN g op4 gest If
.s I;
a
- -*-**a 3 *ssg2*;
w-t 3
j t
t
..j i
j g
. o g g g g gig o
g
. o--ooon b
l n
2 n
d W
d g**
W
$28a' E g
I n
I 1
=
=
l'!
W '
- ll z
2*FEa {
=
E E*
E E*
E g
{
Fi R
g ooooooo g opgggs g 7,
5 I
a I
a 3
ogg.n-g
...o..
g 3
5 gln l
5 g *****
l g *2Naa 3
e g
g g
s f*
W E
I2 I
g ooooooo g e e - g N o'N b
b E
w wz g
-gh 3
-et 3 tk 8 3E
$EE h I
?
$$8 h I
UE8" 8
~
~
% G..
- R" a
WR" G l!**!
......E
......G I
Ett E K3;K$"2 Ett 5 8
Est GWC a
o
]S*d W
MS* W d
v o w
$m 5 RRRR8
"$m $
RRRR8
% 5:8 I
- E t jg W e- =,,rry.j s gW nwn. 8 t*g W o-ep.,rry g
-W nwn.
e e
a o
g g Aw.
jgg s &I d5EEEEE E g g E b d 5 E E E K k*E e 152 mas i
" a ~ d e ',,,
iss i
"""es
. - ~.
oes
- NUS CORPORATION - ENVIRONMENTAL SERVICES *.***
FRI. AUG 19 1983 PAGE 9
TIME OF DAY:
11:05:54 PROGR AM:. JFD VERSION: SP NPPD-COOPER STATION JFD:' 318FT WINO VS DELTA T (318'-35'1 FOR APRIL-JUNE 1983 i
SITE IDENTIFIER: NPCS1
[
DATA PERIOD EXAMINED: 4/ 1/83 - 6/30/83 i
ese GUARTER 2 ***
WIND NEASURED ~ AT: 318. O FEET _. BETWEEN 318. O AND'. : 35 O TFt:T '
f STABILITV-BASED,0N: DELTA T'.
WIND THRESir0LD AT:
- 3. 00 MPit
~
C i
r 3
TOTAL NUMBER OF OBSERVATIONS: 2184 s'
f, 4
r
~,
j'
\\
1 y
TOTAL NUM8ER OF VALID CGSERVATIONS:
2067,,
d
- -- J
, f-
' ls
/ TOTAL NEMBER OF MISSING OBSERVATIONS:.
117
s
., y/Y' s
--;~
-./
1*(
e r'
./r
,n w
,y i
- +
r a
PERCENT DATA RECOVERY FOR 'THIS PERIOD:
94.6 %
1 f
/
NEAN WIND Sf'EED FOR.THIS PERIOD:
.43.9'lTH
~
~
fi
'e
/
9' t
TOTAL NUNDER OF OBSERVATIONS WilW RACMUP DM A; O
4
/
to l
8 PERCENTAGE OCCURRENCE OF STABILITY CLASSES
'A B
C D
E F
G t
f 9.48 '[ 'I5; 47.
- 8. 08 ' "
- 46. Of4 21.96 5.95
- 2. le
/
.t DISTRIPUf10N OF WINO DIRECTION VS STABILITY l
1 N
NNE NE ENE E
WNW NW NNW CALH A
40 6
2 4
1 O
O 6
14 1
3 2
6 17 34 60 0
i B
13 0
0 2
4 0
2 7
19 4
8
'4 5
7 15 23 0
l C
26 1
7 6
.5 3
10 20' 13 10 12 3
2 2
22 21 4
)
D 110 64 63 31 42 54
- 119, 111 99 29 23 19 17 19 85 53 31 E
26 17 14 8
12 18 09 84 44 18 13 5
18 12 37 26 13 i
F 5
1 1
0 1
4
'7 23 16 20 8
4 9
to 6
5 3
C 3
1 O
O O
O 3
0 2
2 2
6 9
5 1
1 10 TOTAL 223 90 87 51 65 79 230 251 207 84 69 43 66 72 200 189 61
V i.
- f..
l I
2
?
JFDs of 318-Foot Wind vs. Delta T, January-June 1983 i
f, i
).
)
3 1
6 i
f 891
NBEG8s
- " ROE?"?
N g
N
'RER* 8
"*"S22 g on<nnse g oNnnmNg 5
OccaOw N
O N n n o c _o W
3 OONOcc h
3 O-nNoom k
G.
OOwOO-N O=NNOOn O'
a g oO*OONn g
O*Neo-m j.
82 5
"g 3 CaOCoo-3 con 4CNo u-n m
W W
W
.g g
m oc=Nnb O
m g
m C*NWn-g
-b
=
1 8
8 8
8 W
5
(
5 2
g oNon
-o 5
4 W
0--n.-O N
h h
~
e e
m m
A 5
C C
g u0000o0 g
Ca= COON 1 -
1-
'n
" 9 5
" 9 E
b 5
g occocco b
5 W Owoooo-S U
N W
W R
I i
a a
W o
O W 0-OcCo O
O W
OnO*CO4 d
k k
B b
b Q
b O
=
b o*CoCoe b
g CONooo N
b k
W s
a 2 a
a
=
W 5
5 s
=
=
g 3
i y
o--OooN B
B y
co-o-o m
.- n Eh g :.
.-et E
.-Et E wz w=
.. "x
~
<oc n
<Co E' 6 bn9 a
$ onn4Co b ei a
oo,s-o N
~
~
~
E a s a..
sa sa a
a -
a um E 5 5 E' E 5 2
O*G!Oo-n Z
Onn-0e N
g
<< o NNN
~
g,,!
.$ea
<< =
n-4
$5 I ; ens
- !5
$5" $
assas i
- 1 assas g as!
Eis ! es,"dda e
Eis ! es."d s e;e 8
v--
.e -
ri v11111x.s-moe z m-vonnnon-s
- ri v11111ns aW<
co z m-vononna g $~5
$!! 5
""d5
$!! 5 E-5 B92
&Q&tDCNOM JIN O n M & N 4lN N ED n N n CD
<0
- (D N CD ni 4 m'
M k
Mn4N-O h
OMeP&e C&N*NA e
a t
- NvNn e
2 O*NNMC M
2 O CD = N N (Dl-Z
N
n 2
N e n N n to CD CaNOOO M
CM4M=n CD w
n g
2 ONOCOO N
2 OnaWNWg 44 2
Cw= MOO n
2 ONC4Nn m
M g
to
=
n w
2 CON =n-3 OnNnmN m
m a
a m
wn.
4 2 CanenO n
3 ONcDnee (D
k O
~
~
~
M ID W
W W
W g
6 4
g g
g o
= OO4Nnn n
a
. CNoemN N
Nome-g b
L 8
8 8
5 5
k W OMPNTO M
W C&N=WNN g
N m
s N44N e
m
,a
?
t S
b d.
d
^
W W OSO4Co e
W W
0-40Nn N
m W
z w
N W
z N.-n n
e g
=
g
=
N l
h b.
E E
Y W
C==enN M
Y W ownCOO 4
e
.e u
m o
m NTNN-n ED W
W W
W R
g 5
5 Q
Q W
W O
O W
ConO=O C
O W
ON=Nn-N k
k
~
~
m m
E J
M Q
M O
M W
W W
g b
U b
I g on4NNOC OONMao'4 W
i 98 W
W O
C b
5 2
2
=
2 1
g Ow4NCO g Ogag&N g
P b
b a
> M k
b W
WZ W:
g
=Eh 2
-Ek 5
-th 5
~
(O 4
COO Y OnOOOQn
>b>
f OOva>N i
3 o.
3 a
N
>.O 3
NnnN e
=
E
% m..
seM e e=n e En m
e on
=
vo N g kk 5" N 5 8
5"55 2 O N n o n tD 2 OtD4&NN N
<< a
-nN b
<< a Ne4N-C
=..t 4
<E<
Q a
b W
15$ 8 15$ 8 I s =bc 00000 00000 i
m-m
==
0
.n000 m.
O nonno
.. g5E C**
WE we o-ciases8 C*y W nsass*a e-W:
--N
. d
-W.
m W= r
--Ny<
e om 1Y~'
d ti. tilliig a
d ri q11111ua oW<
men 2 g
m vonnnnn mom z m-vonnnnn-355 nMass
$55
~
~
8 Mnsas imo a
m22 8
=
mas 393
- OPN=&n N
J non44oNN n &
g>N emba P
g 12 oeoooo g
oNNNoo 4
g o2WgT*4 g o t N N o o tD oeenNn n
oaneN-4
=
(9
=
W 3 oneenc o
3 04=nN=
n O
=
n A
g onevace 3 cotNoo d
g R
2 P
=
3,obenna N
3 o = 4 n d o tn 80 a
n in BR
.=
3 o n N ED CD T N 3 obNenO 4
km
~
n m
W W
W W
4 6
g*
W o
to caenn4 0
6 o
to coNaco n
Q e
o ann
=
o NN g
W d
g i
8 8
8 5
k k
W o**>NN n
W ovntoo 4
[
U N
n "U""
N.
g u
g E
z 7
7 m
w b
^
W W
W W
n m
W z
C4tWW=
8 er-
. w z
. ombnno -
3 m 3w
'n E
E n
n n
6 n
W onNMTN W
n Id o t1 N o c o n u
(D aa n
u m
a O
E O
E O
k E
I E
=W H
o O
6 onnwoo m
o o
W CNocco m
d k
d k
=
b b
Q b
Q E
d z
z g e4&NNo g o=oooo t
W L
N W
4 k
b I
W W
W s
e c
O z
m 3
I onnboo N
owNoco n
b o.
B a
N n
W=
w=
ga
-Et E rek E
-3h 2
~
t s
<oo C
N
<oo oN-ooo n
l onosoo N
n
.o o
n.o o
a..
d*n d*n a
5m En
=
an
=
m
- =
um E"cc E k W EkW E"cc $
z on Noo e
z ovosno
<< a
<< a n
g
<Ek L
O Q
8 EWG WS" W WS W
" $ 558 28228 RRRR8 I.. g=E sess_.8 nes. 8
- < r_ :m
_rg a
o-o_
_..=
2
__N
. e
_w sm
_ N.
W= 2 2s ' Y -'
d th i11111s E d
- th e11111&E ooe 2
- m. uonnnon
=ce z
m-oonnnnn-g aw<
':2 555 nssns 1
555
~
0 nnsse I in o En 3 3 8 B94 523 6
~~
s*RE**
R i s ENEE9 8 a ~ a:S*" ;
2 on-occe 2 C a te w w o n g
g n 4 m 4 CD g i
~'
~
I ORDS-E n
o.-
onN-ooe o4NNONN nnn--
g g
2 e44ooo g
2 oggggeg G.
onNneo o
oegoWtn g oNNNood g oweges t "a
a a
g2
- s g6 3
~~"oo a
3 ogsaRSS g
g
=
e N
~*
t t
a 8
8
- ~a***
4 8
- *R8"8:a
~~
b
=
L 8
8 8
5 W
t
(
5 E
w co--oo N
5 E
w oeonN44
[
~
E E
a0!"
8 v
i l
C l
g e-enN,-
8 50 20 tt 5
g oe coo n 5
'Sta 3
32 "9
E "9
E
'n g.
[
E E
l g
l g
RSyst R o aoa o
5 1
g o
I w oooooo o
o a
w R~I*~ R 5
3
=
~
a n
a n
a g ooooooo g oggNnog d
9n W
W w
w s
o o
-Z f*
W 5
g 5
l 5
y oooooo o y omeneN b
b S
"*'~
- n a
w:
w:
Eh g 3
Et 5
-Oh 5 Yg jl8l
[
jl8l
[
EEE8",R 3
~
~
53 % 5..
ER" 85*
~
~
~
ua E W !I!
5EE !
sEE E 2
2 R:$58 R Q&E
~~
o a
s mm:
wea y se= v
$ 558 I!
RRRR8 I I!
RRRR8 I m
a
.. g g a
- Mr '
nssoa egg '
nss..ga a
Ekg$5EEEEEe r
,77? !
3 e o-E u-r 3a E ng55~EE~"
e 5,,77?.
s g Aw<
"oo E
Eoc t:mo saa y 2
snss.
ses g nnsNo mas a.
~~
B95
000
- NUS CORPORATION - ENVIRONMENTAL SERVICES * ***
FRI. AUG 19 1983 PACE 11 TIME OF DAY:
10:18;50 1
PROCRAM: JFD VERSION: SP NPPD-COOFER STATION JFD: 318FT WIND VS DELTA T (318'-35') FOR JANUARY-JUNE 1983 CITE IDENTIFIER: NPCS1 DATA PERIOD EXAMINED:
1/ 1/83 - 6/30/83 I
see JAN-JUN ese STABILITY BASED ON: DFLTA T BETWEEN 318.O AND 35.O FEET WINO MEASURED AT: 318.O FEET WIND THRESHOLD AT: 3 00 MPH TOTAL NUMBER OF DOSERVATIONS: 4344 TOTAL NUMBER OF VALID OSSERVATIONS: 4106 TOTAL NUMBER OF MISSING OSSERVATIONS:
238 i
1 PECCENT DATA RECOVERY FOR THIS PERIOD:
94.5 %
MEAN WIND SPEED FOR THIS PERIOD:
13.8 MPH TOTAL NUMBER OF 08SERVATIONS WITH BACMUP DATA:
O l
l E
PERCENTACE OCCURRENCE OF SITABILITY CLASSES A
B C
D E
F 0
7.23 5.92 9.33 50.34 19.41 5.53 2.24 DISTRIBUTION OF WIND DIRECTION VS STABILITY N
NNE NE ENE E
BSW SW WSW W
WNW NW NNW CALM i
A 73 13 2
4 1
O O
10 15 1
3 2
7 17 46 103 0
8 62 12 2
2 6
1 2
10 27 10 8
5 8
10 22 53 3
C 100 26 9
6 11 6
24 23 23 15 29 5
2 3
53 49 9
D 182 145 108 SO 91 133 257 182 221 108 68 33 24 38 181 144 102 E
34 32 27 19 21 34 108 123 110 62 37 14 30 35 46 34 31 F
9 3
3 1
2 5
15 36 43 36 18 6
15 16 8
6 5
0 11 1
O O
O O
5 2
6 5
6 10 12 8
1 4
21 TOTAL 471 232 151 82 132 179 411 386 445 237 159 75 98 127 357 393 171 I
i
Stability Classes by Hour of Day, 318-Foot Wind vs. Delta T, January-June 1983 B97
000 e NUS CDRPDRATIDN - ENVIRDNMENTAL SERVICES e ees
'FRI. AUG 19 1983 PACE 2
TIME DF DAY:
10:18:50 PRDCRAM: JFD VERSIDN; SP NPPD-CDDPER STATIDN JFD: 388FT WIND VS DELTA T 1318*-35') FDR JAPAW!Y-JUNE 1983 CITE IDENTIFIER: NPCS1 DATA PERIDO EN AMINED:
t/ 1/83 - 6/30/83 CTABILITY BASED DN; DELTA T BETWEEN 318.0 AND 35.0 FEET e
HDURLY STA5ILITIES HDURS VR MN DY t 2 3 4 5 6 7 8 9 to It 12 13 14 15 16 17 18 19 20 21 22 23 24 B3 1 1 E E E E E E F F F E D D 3 D C D D D E E E E'D D
83 1 2 O D D D D D C C 3 A A A A A-5 D D D E.E F G C G 83 1 3 0 0 0 F F F E E D D D D D D D D D E E E F E E D 83 1 4 D D D D D D D D D D D D D D D D D E E E E D D D B3 1 5 D D D D E D D D D D D D D D D D D D D D E E E E 83 1 6 E E E E F E E E E E D D D D D D D D D D E E E E 83 1 7 E E E E E E F F F E E D D D D E D'D D D D D D D 83 1 8 D D D D D D D D D D D D D D D D E E E E E E E E 83 1 9 E E E D E D D D D D D D D D D D.D D D D D D D D i
83 1 10 D D D D D D D D D C A A A A D C D E E E F E E F B3 1 11 E E E E D D D D D 3 A A A A A 8 C D D D D D D D 83 1 12 E E E E E E D D D D C C C D D D E E F
-F F F F F 83 1 13 F G G O O G G G A F D D D D D E E O F F E E E E
.l 83 1 14 E E E E E D D D D D D D 5 A B C D D D D D D D D B3 1 13 D D C D C C D C A A A A A C D D D D D E E E E E l
$$ 83 1 36 E E E E E E E E E C A A A A A A D D E E D D D D r
os 83 1 17 D D D D D - - - - - - - - - - - - - E E E E D D i
83 1 18 D D D D D D D D D C C C C C C D D D D D D D D D 83 1 19 D D D D D D D D D D D D D D D D D D D D D D D D 83 1 20 D D D D D D D - D D D D D D D D D D D D E D E E 03 3 21 E E E E E D D D D E A A C 3 5 3 C D D D D D D C 83 1 22 C C C -C B C C C D D C C C 3 A A C D C C D D D D 83 1 23 D D D D D D D D D D D D D D D D D E E E E E D D 83 1 24 D D D D C D D C 3 C C A A A B B C D D D D D D D B3 1 23 D D D D D D D D D D D D D D D D D D D D D D D D 83 1 26 D D C C 3 C 3 C 5 A A A A A B A C D C C C D D D 83 1 27 D D D D D D D D D D D D D D D D D D D D D D D D 83 1 28 D D D D D D D D D D D D D D D D D E D D D D D D I
83 1 29 D D D D D D E D D D D C C 5 8 C C C C C D E E E l
83 1 30 E E E E E D D E D C 3 D D D D D D D D D D D D D 2
83 1 31 D D D D D D D D D C C 3 C 8 D D D D E E D D D D 83 2 1 D D D D D D D D D D D D D C C D D D D D D C C C 83 2 2 B C C C C D D D D C 8 8 A C 8 C D D D D D D D D 83 2 3 D D D D D - - - - - - - - - - - - - - - - - - -
l 83 2 4 C'
O C O F F G F E E D D D D D E E E D E D D D i
83 2 3 D D D D D D D D D D D D D D D D D D D D D D D D i
83 2 6 D C B B C D D D C A A A A A C D D E E F G C C G 83 2 7 C F F F.F F F E E D A A D D D D E E E F E E D D l
83 2 8 D D D E D D D D E D D D D D D C D D D D D D D D 83 2 9 D D D D D D D D D D D D D D D D D D D D D D D D 1
81 2 to D D D E E E E D D D D D D D D D D D D D
-D D D D 83 2 It D D D D D D D D D D D D D D D D D D D D D D D D 83 2 12 D D D D D D D D D D D D D D D D D D D D D D D D l
83 2 13 D D D D D D E E D D D D E D E E E E E E E E E E 83 2 14 E E E F E F E E E E D D D P O D D E E C C C C C I
. ~.
ese o NUS CORPORATION - ENVIRONMENTAL. SERVICE 3 e ovo FO I. AUS l'# -1983 :
PAGE 3
TIME DF DAY:
19:13:50-PRDCRAM: JF3 VERSIDN. SP NPPD-CDDPE2 STATION JF3: 318FT WIND VS DELTA T-(312'-35') FDR JANUARY-JUNE 1983 SITE IDENTIFIER: MPCSI DATA PERIDD EXAJtINED:
t/ 1/83 - 6/3D/83 STABILITY BASED ON: DELTA T BETbEEN 318. O AND 35.D FEET HDURLY STABILITIES HDURS YR MN DV 1 23 4 5 6 7 8 9 ID 18 12 13 14 15 16 17 18 19 20 21 22 23 24 f
83 2 15
-F EE D DD D D D D D D D C C C D D D D D D D D 83 2 16 0 D D D D D D D D D D E E E
.D 5 5 D E O C F G S 83 2 17 C
C.O Q F F E E E D C D D C D D D D D D D D D E 03 2 18 E F EF F F F F (.E D-C C C D D D E E E F E E F l
83 2 19 F E E E E E E E D D C C C D D D E E E F F F F F
~
B3-2 20 F F F F E E F E E D C B C C C D 3 C - - - - - -
83 2 at i
83 2 22 D D D D D C C A A A D D D D D DD l
83 2 23 D D D D D D D D D D.D D D C D D D D E E F E F E 83 2 24 E D D D D D D - D D D C B B A 5 'C D D D D D D D 83 22S D D D D D'D D D D'D D C D C C D'D D E E E E E E 83 2 26 D D D D D D D D D-D D 3 5 C C D D E E E E E E D 83 2 27 D D D E D E E D D D D C 3 3 C D C E E E EE F F 83 2 28 F F E E.F F E E D D C 3 3 -3 C
D'D E E F F F F F 83 3 1 E E F F F F F F 0 C 5 A 5 8 3 D D D E E E F F F i
i 83 3 2 O O G G O O O F E D C 3 3 5 C C D E E F F F E E 0$ 83 3 3 F F F F G G F F E C C-BA -5 5 D D D E E E E D E u) 83 3 4 E E E E E E E D D D D D D D D D D D D D D D D 3 83 3 3 D D D DD D D D D D D D C D D D D D D D E E D E l
83 3 6 E E E D E E E D D D C 3 3 A A A C C D D C D D D l
83 3 7 D D C C C C C C 55 A A B A-B B C C C C C C C C 1
83 3 8 C C C 5 C C C 5 A A A A.A A AA A B 3 3 5 8 5 3 83 3 9 C 3 C B B B B A - - - - - - - - - - - - - - -
83 3 10
- - - - - - - - A - A A A - A - - - - - - - - -
)
83 3 11
- D D D D D D D D D D D C 3 3 C D D D D D D D D i
83 3 12 E E E E E E E D D C B A B A 5 D D D E E F F F F 83 3 13 F F F F F F F E D D D A A.A A 'A C D D E E E E E j
B3 3 14 E E E E F E E D D C S C 3 D D D D D E E D D D E 1
83 3 I5 E D D D D D D D D D D D D C C C C C 3 C B B B B i
83 3 16 3 C C C B C C B C S C D C S S B C C C C C C C C i
83 3 17 C 8 8 8 C 3 8 C D D C C C C A.3 B C C C C 3 C 5 83 3 18 e a e a a e a a 3 A A a A s e e s 3 s C C D D D 83 3 19 D D D D D C D D - - - C C'C D C D D D D D D C C
{
83 3 20 D D -D D D D D C 8 A A A A A A A B B C C C C C D 83 3 21 D D D D D D D C A A A A A A A A A C D E D D D D 83 3 22 D E E E E E E D D D B 8 C 8 C C D D D E E E E E i
83 3 23 E D D D E E D D D D D C C D C D D'
D E E E E E D l
83 3 24 D D D D D D D D C C C D C D D D D D D D D D D D 03 3 25 D D D D D D D D D D D D D D D D D D D D E D D D l
83 3 26 D D D D D D D D D D D D D D D -D E E E D D D D D j
83 3 27 D D D D D - - - - - - - - - - C D D D D D D D D j
83 3 28 D D D D D D D D D D D C D C B C C D D D D D D D 83 3 29 0 D D D D D D D D D D D D D D D D D D D D D D D 83 3 30 D D D E E E E E E E D D D D C D D D D E E D D D 03 3 31 D D D D D E E D D D D C B D D D D D E E E E E E
000 e NUS CORPORATION ~ENVIROD81 ENTAL SERVICES o-oes Fa l. AUC 19 1983 PACE 4
4 I
TIME OF DAY:
10; ID: 50 PROCaAM: JD VERSION: SP t
NPPD-COOPER STATION JFD:' 3teFT WIND VS DELTA T (318'-35't FOR JANUARY-JUNE ; t983 SITE IDENTIFIER: MPCSI
{
DATA PERIOD EXAMINED: -t/ t/83 - 6/30/83 STAsILITY BASED ON: DELTA T BETWEEN 318.O AND 35.O FEET i
HOURLY STASILITIES HOURS YR MN DY t 2 3 4 5 6 7 8 9 to 11 12 13 14 15 16 17 18 19 20 21 22 23 24' i
C3 4 1 E EE D D D 3 A C C C C D D D D D D D D D D D D
{
C3 4 2 D D D D D D D D D 3 3 C C 8 C C C D D
'D D D D D C3 4 3 D D D D D D C C A A A A A A A B 3 D D D D E E E l
C3 4 4 D D D D D D D D D D D D D D D D D D D D D D D D C3 4 5 D D D D D D D D D D D D D D D D D D D D D D D D C3 4 6 D D D D D D D D 8 5 8 C A B C 3 C D D D D D E E C3 4 7 E E E D E.E E D D D A A A A A C C D D E E E D D C3 4 8 D D D D D D D D D D D D D D D D D C D D D D D D C3 4 9 D D C D D D C 5 C C B 3 C C C 3 C 3 C D D D D C C3 4 10 C D D D C D D C C 3 3 A 8 A A A A D D E E E E F
{
C3 4 11 F
F.F F F F F E E D D D D D D D D D E E - - - -
C3 4 12
- - - - - - - - - - D D D 5 D D - D D D D D D D
[
C3 4 13 D D D D D D D D C C 3 3 9 B C C C D D D D D D D i
C3 4 14 D D D D D D D D - - D 5 A A A A A C D D D D E E C3 4 13 E E E E E E D D C A A A B A A B D D D E E E E E l
C3 4 16 E E E E E E D D A A A A A A A A A B D E E E F E W C3 4 17 E E D D D D D D D D D D D D D C C D D D D D D D E C3 4 18 D D D D D E D D D C C C - C C C D D D E E E E E O C3 4 19 E E E E D D D D D D D D D D D D DD D D E E E E
}
C3 4 20 E E E E E E E D D D D C D D D D D D D E D E E E C3 4 23 E E E E E E D D D D D D C D D D D D D D D D D D l
C3 4 22 D D D D D D D D D D D D D D C D D D D E E E E E 83 4 23 D D D D E D C A A A A A A A A B C D D D D E E D j
C3 4 24 E E E E E E D 5 A A A A A A B A D D E F F G F F C3 4 23 F F F F F F E D C 5 A A A A A B D D E E E E E E j
C3 4 26 E E E E E E E D C A A A A A A A A D D D - - - -
j C3 4 27
- - - - - - - O D D D D D D D D D D D D D D D D C3 4 28 0 D D D E E E D D D D D D D D D - - - - - - - -
83 4 29
- - - - - D D D D D C C C C C D D D D D D D D D C3 4 30 D D D D D D D D C C C C 3 C D D D D D E E E E D
+
C3 3 1 D D D D D D D D D D D A D E D D D D D D D D D D 63 5 2 0 D D D D D D D C 3 A A A A 5 B B C D D D D D D C3 5 3 D D D D D D D D 3 C A A A A A A B D E F G Q G G C3 3 4 F F F E E D DC 5 A A A A A A A B D D E F F F F C3 S S F F F F F E E D D D D B A B D D D D E E E E E E I
C3 5 6 E E E E E E D D C B AA B B B D D E D E D D D D j
C3 3 7 D D D D D D D D D D C C B A C 3 D D D D E E E E i
C3 3 8 F E E E E F E D D C e a a C C D D D D E E E E E j
C3 5 9 E E E D E E D D C B A A A A S B' D D D E E E E E j
C3 3 IO E E E E E E D D C A B A B DD C D D D E E E E E l
83 3 11 E E E E E E E E D D D C D D D D D D D E E E D D C3 3 12 E E D D D D D D D D C C M A C C D D D D D D D D C3 5 13 D D D D D D D D D D A D D D D C D D D D E D D D
)
33 5 14 D D D C C B C C D D C C C B C D D D D E E F F E i
83 5 IS E E D D D D D D A B A A A A A A A C E E F - - -
I f
050 o NUS CDRPDRATIDN - ENVIROpetENTAt. SERVICE 3 0 000 -
'F;]I, AUC IQ 1983 PACE.
-O TIME DF DAY: 1D: 12: 50 -
PROGRAM:.57 0 VERSIDN: SP NPPD-CDDPE3 ST.^.itDN JF3: 318FT WIND VS DELTA T ( 31') *-35 ' ) FDR JANUARY-JUNE 1983
^
StiE IDENTIFIER: NPCSI DATA PERIOD EXAMINED:-
t/ t/83 - 6/30/83 STABILITY SASED DN: DELTA T BETWEEN 318.0 AND 35.0 FEET HOURLY STASILITIES HOURS YR MN DY 1 2 3 4 5 6 7 8 9 to 11 12 13 14 15 16 17 18 19 20 21 22 23 24 83 5 16 C G G O O O F E D D D D C C D D D D D E E E E E 83 5 17 E E E E E D D D D D D D D -D D D D D E E E E E E i
l 83 5 19 D D D D D ~ D D D D D D D D D D D D E E D E E E D 83 5 IB E D D D D D D D D C D C A A A B C D D E F F-F G 83 5 20 F F 0 0 0 C F E D D D D D D D D D D D D D E D E I
83 5 21 D D D E E D D D D D J D D D D D D D D D D E E E 83 5 22 E F E E F F E D 5 A A A A A A 8 5 O D E E E E E l
83 5 23 E F F E F F D D D C 5 A B A A 5 D D E F F F F F 83 5 24 F F F F F E E D D C 3 p C C C C D E F E E E E D 83 5 25 D D D D D D C 3 A A A A A A A A A C D E E F F 0 I
83 5 26 O C 0 F F E D D D D D C C 3 3 C D D D E E E E D 83 5 27 D E E E E E D D D D C C 3 3 C C D D E F F F F E i
83 5 28 E E F F F E D C A A A A A A A A D D E E E E E E 83 5 29 0 F F F E E D C A A A A A A A A B C D D D E E E 83 3 30 E E E E E E D 8 A A A A A A A A C D D D E E E E I
83 5 31 E E E E E D D 5 A A A A A A A 5 3 C D E E E E F B3 6 1 F G C F. 0 0 E D D C C D D D - - D D E E E E E E cu** 83 6 2 D E E E E E DD D D D D D D D D D D D D D D D D
[3 83 6 3 D D D D D D D B A A A A A A A A A D D E F F F G 83 6 4 C C O C 0 - - - - 3 C D E D D D D E E E E E D D 83 6 5 E E D D C D D D D D D D E D C C A D D D E E E E 83 6 6 E E E E E E D D C B A A A A A B A D D E F 0 G 0 B3 6 7 G G G G G G F E D C C A A A A B C D E F F F F F 83 6 8 F E E E E E D D C 3 3 A A A A B B D E E F F F F i
83 6 9 F F E E E E D D C C B B B C C C D D D E E E E E l
83 6 to E E E E E D D D D D D 3 C D D D D D D E E E E E 83 6 11 E E E E E D D D D D D D 8 A D D D D D D D D D D i
83 6 12 D D D D D D D D D D 3 A A B B B D D D D D D D D 83 6 13 D D D D D D D D D C 5 C C 3 D D D D D D D - - -
l 83 6 I4
- - - - - - - - - - - - - - - A A C E F G G G F B3 6 15 0 F F F F G E D D C A A A A A A A D D E E E E E 83 6 16 E E -- D D D D D D D D D D D D D D C D D D E E D D 83 6 17 D E E E E E E D D D D D D D D D D D E E E E D D 83 6 IB D D D D D D D - - - - - - - - - - - - - - - - -
83 6 19
- - - - - - - - - - - - - D D D D D D D D D - -
03 6 20
- - - - - - - - - - - - - - - D D D D E E E E E 83 6 21 E E E E E E D D D D C C C C D D D D E E E E E E B3 6 22 E E E E E E D D D C C C C C D D D D E E F F F F 83 6 23 F F F F F E E D D D C 8 C D B C D D E E - F F F 83 6 24 F F F F F E E D D D C C C 8 C D D D E E F F F E 83 6 25 E E E E E E D D D C C 8 C C C D D D E E E E E E 83 6 26 E E E E D D b D D 5 D D D D D D A D D D D D D D 83 6 27 E E E E E E D E D A B A B B B D D D D D D D D D 83 6 28 D D D D D D D D D D C 8 8 B C C D D D'D D'
D D D B3 6 29 D D D E D D D D C D D D b A C C D D D E E F F E 1
' 000 e MUS CORPORATION - ENVIRONMENTAL SERVICES * ***
. FR I. AUG 19 1983 PAGE 6
TIME OF DAY:
10:18:50 PROGRAM: JFD VERSION: SP NPPD-COOPER STATION JFD: 318FT WIND VS DELTA T (318'-35') FOR JANUARY-JUNE 1983 CITE IDENTIFIER: W S1 DATA PERIOD EXAMIIED:
1/ t/83 - 6/30/83 CTASILITY BASED ON: DELTA T DET6EEN 318. 0 AND 35.0 FEET HOURLY STASILITIES HOURS V3 MN DY I 2 3 4 5 6 7 8 9 to 11 12 13 14 15 16 17 18 19 20 21 22 23 24 Q 6M E E E E E E D D D D D D D D D D D E E E E E E E i
i t
1 1
geo 94 r
3 l
1 4
1 I
1 i
ATHOSPHERIC DIFFUSION ESTIMATES The tables of atmospheric diffusion estimates in this section were generated using the computer code XOQD0Q. Data are given for 22 distances and 16 compass points centered on the Cooper Nuclear Station. Tables are presented for the ground-level (vent stack) and elevated release options separately, and for the following time periods: January-March, April-June, and January-June 1983.
I B103
Atmospheric Diffusion Estimates Ground-Level Releases January-March 1983 6
B104
-. ~ _.
I EECTS Copwee LtttL CttraSES 20 DECeTo Me9EPLETE9 1
ConDECTED rSQ ePE3 ff 88833 KECl2 Cut a7tet
}
{
49tuel estea6C cN8#e fSEC#pt?ER CueEDS SIS 789CE IN MILES SECtet e.259 8.500 e.750 1.ees 3.5e0 2.883 2.598 3.000 3. 5 00 4.000 4 589 5
4.917I-e5 3.339C-85 7.06?r-36 3.44 7f-46 8 75et-P4 7 3 7*r-e7 4.4 35r-8 7 3.85eE-0 7 2.243r-87 3 732t-97 1.!S4f-p?
{
SSv 4.3,et-e5 1.4 77t-e5 7.7 s3r-96 3.797t-a6 3.5e st-e6 e.selt-e7 5.057E-s r 3.5 sat-e 7 2.599E-97 2.eI9t-9) 3.624E-e7
)
SW 9.923C-95 f.*n3E-05 5.763t-06 2.84*E-06 3.te!E-46 5.992C-e7 3.599F-PT 2.467E=e7 3.plet-87 1.3930-37 1.181r-07 1
vis 3.496t-05 5.279t-86 P.7 74[-06 1.3 6*r-96 5.3 4*E-8 7 2.8 3*E-4 7 3.7 7 5f-0 7 I.22et-87 m.903f-ee 6.93 AE-en 5.553E-en 1
i.2 3r-.5 4.644r-36 2.52.t-e i.25,c-96 4. a 6E-.7,.54.r-.7 i.6 03E-0 7 i..er-.7..e 76r..
6 224E-.e 4.966r-e.
s W9W 2.425t-e5 A.eelt-?6 4.288E-96 2.152t-e6 m.549E-87 4.5p6E-07 2.497t-87 2.894[-07 3 485E-87 3 154t-87 9.2W4t-94 9e 6.324t-P5 2 475E-t5 1.le6F-e5 5.562E-86 2.245E-06 1.2 39[-06 7.745[=37 5.4 85E-97 4.934r-e 7 3 3 53E=e 7 2.54mE-87 4
99w 7.9e*F-85 2.5eet-45 1.342t-45 6.795r-86 2.7*4E-e6 1 536E-e4 9.a4*t-e 7 6.93pt-07 5.2e7E-97 4.e eet 97 3.319E-07
}
4.ee6r-95 2.556[-05 3.337t-05 6.643t-86 2.753C-06 8.5 t FC-86 9.74tE-0 7 6.4 72C-07 5 163r-37 4.eSaE-e7 3.29er-97 l
9et 3 153t-85 1 097E-95 5.935r-86 2.*F2t-06 1 174r-06 6 285E-07 3.*40E-97 2.735c-07 2 024E-e7 3.573r =e7 1.26?E-87 9E 9.199E -96 3.346[-86 5.me5r-e6 e.95Pf-97 3.447r-9 7 1.4 05E-87 1.3 36t-9 7 7.63eE-e4 5 585t-ce 4.2 aft-Pe 3.454[-en E 9C e.312f-06 3.829E-e4 3 63e[-06 a.en3t-e7 3.194[-87 1 626[-e7 1 934r-07 6.eSat-08 5.el3t-ce 3.e46t-94 3.8600-04 i
t 3.setE-e5 3.67tE=e6 2.956t-86 1.321[-96 4.P45t-e7 2.167[-07 1.36tt-07 9.4140-08 6.982E-te 5 436t-on 4.35PE-es l
r$E 6.46 5E -96 2.346t-06 3.274E-06 6.349t-e7 2.45eE-e7
.796r-e7 m.e42r-es 5.5 86t-ce 4.048[-04 3.l!6t-em 2.4870-e4 SE I.414E-95 5.734E-06 3.el3t-e6 3 4 74E-96 5.56eE=e7 2.4 76E-87 3 759E-87 1 198 t-s7 a.647E-20 6 595E-te 5.7 89F-84
$$c 1 32PE-95 4.506E-96 2.3 72f-86 1.167E-96 4.46eE-97 2.3 3 5 E-8 7 1.417E-9 7 9.209t-94 7.168E-en 5.4*9E-se 4.315E-en e
i ameget ettes&E CMi#e (SEC#Ntife CWefD9 SIS 7thCE IN Mitf 5
.l
.r.4 3 6
.ie:E-.7 5.7 5..
3.6,een 3E.
i.e44E-.. a.i7 [-89 6.64.es 5...e 7
se.
i5.9..
28.00.
25.00e 39.a.4 35.s
- 4... e.
45.980 50..e.
3r-0.
3r-9
- 2. 93c..a i.4
[-s* 5.564r. 4.759c-e9 4.i3,r-.,
S i.
$$U l.143[-97 6.887[-44 4.460F-De 2.5 63 r-Pe 1 74 6t-se 1 29?E-08 1.Pl6t = 94 s.294E-e9 6.964t=59 5.972C-89 5.284E-09 l
SW 9.llet-ee 4.53t E-en 2 46&E-es B.Samt-te 3.e49t-em 7.628t-s* 5.4 76E-99 4.729t-89 3.*eet-49 3.3 t it-e9 2. A55[-89 v1W 4.56*r -en 2.2*4E-ee 1.463r-en n.19et-e9 5.4%9E-e9 3.99 r-e, 3..
5r-s* 2.499E-e* 2.e7ar-e9 1.767E-e9 1 529r-e,
=
4.077c-e 2.e2*E-en s.2ser-sa 7. 36E=e 4.695r-e9 3.4e6[-e* 2.673r-e9 2.leSt-== 1.74ar-e9 1 472r-e9 1. 6ar-e9 j
W9W 7.6 7 6r -94 3.93SE-te 2.54 8 E-ee 3.454E-te 9.e46E-89 7.793E-99 5.784F-e9 4.654E-09 3.899t-09 3.337E-s* 2.995C-09 v
4W 2 115E-97 1 099E-97 7 176F-98 4.16?E-04 2 94IC-se 2 197E-Da 1 667[-4A 3 363E-te 1 1460-88 9.03AF-e9 0.5p?E-e9 cm 94W 2.76 7t-07 1.46et-07 9.634f-en 5.66mt-ce 3.*e4E-SP 2.*3ef-se 2 32e[-8A I.9e6E-04 1 6s9E= e4 1.346E-t e 1.213E=ep i
4 2.752r-07 t.45aE-P7 9 649E-en 5.7e2E=es 3.941E-es 2.966E-en 2 354E-04 1.*3st-ce 1.63et-ce 1.4330-e4 1.239E=en
[$
met 8.e42E=e7 5.315[-34 3.425[-en 1.94*E-en 1.332t-ce 9.669E-09 7.546E-89 6.125E-09 5.135E-09 4.566E-e9 3.7900-09 9C 2.797f-84 1 37't-BA s.676E =e9 4.76*E-89 3.135E-09 2.26st-09 3.742C-09 1.395E-P9 1.152C-e9 9.777E-te 0.366E-18 a
C9C 2 585t-em 3 732E-tm 7.726E-0* 4.22sE-e9 2.76eE-9* 1 996E-99 3.579r-e9 1.221E-39 1.es&E-09 e.479E-te 7.74st-le i
F 3.59 4 C-04 3 835t-on 1.37st-ce 6.691E-e9 4.494E-09 3.396E-e9 2.576E-09 2.eamE-49 1.743r-09 3.4mer-eg 1.287[~e9 l
ESE 2.94 2E -te 3.pl6E-es 6.43 3 r-99 3.564[-09 2.353E-99 1.784[-89 1.186E-89 1.e56C-s* 8.733E-te 7.38*[-10 6.365E-te a j
SE 4.253f-e4 2.9%9f-04 8.77pE-88 6.A96E-99 4.435t-09 3.230E-89 2.456E-e9 1.95&E-e9 3.607E-89 3.35?E-89 1.159f-e9 l
$$r 3.5ser-se 1.775 t-9s 1 136E=en 6.3 75t-e* 4.p92C-89 2.94?E-s* 2.306E-P9 3 857E-89 1.54tE-09 3 3e9E=*9 1 13tE-99 CHI #G ISEC #wtTER Custnl Fee C AEN St & MIN 7 S F 6mE W7 SegmeantrS In MIEES DietC7104
.5-1 1-2 2-3 3-4 4-5 5-to le-23 20-3s 38-43 40-53 F40M St ?f
{
S 6.aaet-96 3 542t-e6 4.59,r-e7 2.279r-e7 3 397t-e7 6.997c-se 2.146r-se 3.052E-ee 6.67et-s9 4.76pE-c9 i
Siu 7.517E-86 3.781[-96 5.733E-97 2.63Ar-87 1.637I-87 7.263r-84 2.6 tat-ce 1.381E-04 4.3?pt-o9 5.*p3[-t9 SW 5.594[-86 3 2500-96 3.734E-07 1.439r-87 1.123E-07 4.nlpt aR 1.632F-OS 7.6 ant-99 4.742C-0*
3.51*I-L9 WSW 2.7ftf-46 6.987f=87 1.135E-87 9 127E-te 5.%*9t-en 2.430E-3R n.499E-99 4.924E-99 7.5e9t-e9 1.778t-89 W
2.413[-96 5.57 3r-8 7 1.662E-97 p.785t
- 4 5.01PE-a#
2.153r-*9 7.3130-09 3.4360-89 2 114C-09 1.476E-
- W4W 4.864E-06 9.648E-07 2.947E-87 1.597[-e7 9.357'*f8 4.14*E-0A 1.447F-0P 7.342E-e9 4.669C-u9 3.343E-P9 9W l.e76r-35 2.52 6r-3 6 7.*19f-87 4.e*4r-*7 7.567E-07 1.3%5I-07 4.745r-04 2.13er-es 1 347F=#R 9.AiSE-09 49W 3.397f-SS 3.124E-?6 1.Pl5f-16 5.275f-87 3.34?f-47 1.579f-b7 5.745E-P4 2.946E-as 1.*llt ns 3.3nRE-am 4
1.35tr-e5 3.177'-16 3.estr-P6 5.73af-e7 3.325t-37 1.5260-PF 5.796E-PA 2.*Pl[-na I.*4 ?[-0 A 3.415r-PP h1E 5 71FF-86 1.3331-e6 4.996t-47 2.e%5E-G7 1.77?f-17 5.63rt-en 1 994E-CA 9.739E-19 6 146t-9*
4.375f-a9 i
9[
1.743r-P5 3.939F-87 1.1%9I-97
%.674r=8P 3.444f-94 1.467E-79 4.918E-09 2.7490
- 9 1.447E-19
- 9. 753E - t e
{
T9E 1.574t-n6 3.543[-F7 1.e43f-e7 5.394t-na 3.ansr-14 1 311t-94 4.357t-09 2.Da*[
- 9 1.727T-9*
P.5f3r-te E
3 942f-16 4.541[-87 1 4e*[-97 7.eP&E-14 4.387I an 1.913[-dA 6.M46E-69 3.3310-19 7.P95E "9
1.488[-49 ISE 1 774t-?&
7.Pc6f-47 A.3 4 2E -18 4.tSPF-SA 2.S a *F - D A 1.074r-Fm 3.647f-P9 1.773E-p9 1.n6tt-09 7.4ePE-l*
SE 7.911f-16 6.4 8 7F - 0 7 8.P9CF-e7 4.7**F-en
%.76*f-#4 7.2Per-JM 7.15?f-09 3.7580-a9 1 966[-r*
1 154r **
j
%%f 7.4tlT-14
%.ll?F-07 8.4*3t-07 7.?Aff-em 4.435f-eR l.Rp3f-#R 6.15pf-P9 3.lieM[-p*
8.86%[-h*
8 412f-f*
I
VECTS G;0UND LCCrt GEEE41[S 2.260 cay DECav. U NDE PL [7t 0 ConRECFED ren OPEN TEpnalN RECIRCULATION ANNtsal av[aAGE CHl/0 (SC C/ Ar 7[# CUAECD D I S T A NC E IN AILES STC70A 3.258 8.585 8.758 1.008 1.500 2.000
- 2. Sue 3.40s 3.500 4.n00 4.500 S
4.eler-05 1.335r-85 7.926[-06 2.462[-46 1.3351-06 7.423[-07 4.35t [-37 2.98 PE-0 7 2.18 3r-0 7 1.67 AE-0 7 1.33 7f-0 7 SSW 4 3Al[-C5 1.471[-05 7.656t-06 L.767[*56 1.4A3[-r5 7.9f7[-07 4.953[ *7 3.488[-07 2.52t[-97 1.949[=07 1.568[-PT SW 3.e87[-35 1 079[-05 5.726t-t6 2.424C-e6 1.147r-16 5.7t4[=07 3.522!-87 2.434[-07 1.756t-C7 1.345r=17 1.969[-07 WSW t.4 92[-95 5.24 3[-86 2.7 53[-06 1.3 5 5[-96 5.769E-0 7 2.7 A2[-8 7 1.726[-0 7 1.18 3[-0 7 8 665f-C A 6.657[-8 A 5.30lr-88 W
3.79pr-C5 4.625[-06 2 504(-06 1.248[-f6 4.n2%f -0 7 2.5 3 7[-9 7 1.569r-0 7 1.e 7 3[-07 7. A 4 0E = 88 6.5 3 3[-08 4.780r-04 W4W 2 418[-05 7.96A[-96 4.261[*S6 2.144[-06 8.434[-07 4.506C-87 2.A23r-07 1.950[-07 1.4 39f-C 7 1 112[-0 7 8.994[-04 4W 6.18AE-05 2 0&l[=t5 1.S9AE-05 5.50AE-e6 2.732[-06 1.195[-86 7.55 0C-0 7 5.250[-0 7 3. A94[-0 7 3.0 75[-0 7 2.4 31[-0 7 N1W 7.486[-05 2.495[-05 1 331[-05 6.722[-c6 2.;4AE-06 1.5 e2[-0 6 9.5 77[-3 7 6.708[-0 7 5.0 04[-9 7 3.9 36[-P T 3 153[-8 7 N
7.9 A5[-05 2.544[-05 1.3271-05 6.620E-96 2.713[-06 1.487[-06 *.497[-87 6.664[-07 4.9 Ant-07 3.8*3[=47 3 144[-87 i
NME 3.149[-85 1.894[-e5 5.912t-06 2 957[-96 1 165r-06 6.219f-0 7 3.895[-07 2.691[-0 7 1.986[-0 7 1.536F-07 1.233 r-0 7 4[
9.192[-86 3.341[-96 1.4 81[-8 6 4.925[-0 7 3.4 2&[-07 1.794[-9 7 1 10F[-07 7.560[-0 A 5.523[-08 4 235[-PA 3.367[-0A
[4E A.295 E-96 3.9 3 7[-06 1.62a[-06 8.s t AE-4 7 3.06 7[-0 7 1.6 0 8[-0 7 9. A 4 4[-88 6.69 7[-38 4.876[-08 3.727[-04 2.954[-0A i
[
3.878[-95 3 655[-e6 2.033r-06 1.812[-r6 3.*91[-0 7 2.12 A E-0 7 1.33 t [-8 7 9.184[-08 6.766t-0 8 5.226[-38 4 189[-0 4 ISE 6.453[-06 2 339[-06 1.268[-86 6.312r-37 2.437[-37 1.243[-07 7.92R[-0A 5.424[-0A 3.969[=88 3.047[-en 2.426[-0A SE 1.612[-e5 3.72 4 [-8 6 3.305[-86 1.46s[-86 5.?3LE-87 2.856[-07 1.743[-87 1.179E-07 8.54e[-08 6.502[-08 5.136r-09
$$[
1.328[-85 4.497[-06 2.365[-06 1.162E-06 4.43t[-07 2.310[-87 1.471[-87 9.674[-08 7.051[-04 5 396[-08 4 283[-0A ANhutL av[AAGE CHl/0 ISEC/ME7[A CUREDI DISTANCE IN MILES BEATING 5.000 7.500 10.088 15 000 24.or3 25.000 38.000 35.000 40.000 45.600 50.000 t.896[-87 5.422[-SA 3.463[-88 1.RSIC-08 1.28?E-0A 4.568E-09 6.462r-e9 5 879t-p9 4 113[-09 3 407[-09 2.8750-89 l
ssW 1 284[-87 6.428[-0A 4.064f-08 2.226[-08 1.445[-04 1.026E-08 7.725[-09 6.05t[-09 4.881E-09 4.827[-09 3.193r-09 SW A.7 3 0r -84 4.2 4 5 F-0 A 2 628I-0A 1.396[-48 8.854[-n9 6.l F3[-09 4.5*0[-09 3.555[-?9 2.841[-19 2.325[-09 1.939E-0*
W5W 4.539[-03 2.123[-08 1.319[-88 7.022[-89 4.45e[-09 3.101E-09 2.295[-09 1.777[-89 1.410f=89 1.150r-99 9 554[-10 i
W 3.984[-08 1 964[-08 1 180I-04 6.277[-09 3.980[-O* 2.779[=09 2.362[-39 1 5*6[-a9 1.274[-09 8.842[-09 p.687[=10 W1W 7.326[-08 3.660[-1A 2.388E-98 1.251[-48 A.12?t-09 5.752[-09 4.313[-19 3.366[-09 2.706r-09 2 226[-09 1.A65r-09 f
4W 2.8 9 7t-07 1 015C-07 6.452[-88 3.54 9[-0 A 2.30 8[-88 1.632[-08 1 225[-04 9.567[-09 7 693C-19 6.377[-09 5.299[-09 og i
>=
N1W 2.613[-07 1 339[-87 9 5A AC-On 4 776[-e8 3.116[-0 A 2.219[-SA 1.670r-08 I.307[-0A 1.0 5P[-0 8 8.665[-P9 7.762[-09 l
{$
N 2 612[-97 1 347[-97 8.683E-08 4.A70[-0A 3.281[-08 2.295[-0A 1 738[-04 1.364[-0A 1.108E-0 8 9.177[-09 7.727[-0*
l kNE 1.014[*07 5.096[-0A 3.237f-Sp I.790[-98 1.172[-08 A.415[-09 6.4pn[-09 5 066[-09 4 139[-09 3.444f-99 2.923r-C9 1[
2.754[=0D 1 348[-0A 8 416[-89 4.554[-09 2.955[-39 2 19AE-09 1.59AE-09 1.263[-09 1.03er-09 8.548[-1D 7.297[-10
[4C 2.489[-Sp 1.162C-88 7.159[-09 3.782C-09 2.395E-09 3.672[-09 1.043[-09 9.640[-10 7.720f-10 6.334[-14 5.297[-10
[
3.437[-88 1.713r-en I.879r-88 5.982[-s* 3.79pr-09 2.691[-69 2.823f-09 1.544[-0* 1 278[-09 1.056[=49 p.AR3[-10 ESC 1.986f-08 9.756E-09 6.09pt-69 3.380[-09 2.130E-09 1.533E=09 1.143[-09 f.994[-10 7 300t-10 6.866[-10 5.135[-10 S[
4.lT9[-sA 2.80&[-98 1 234r-SA 6 556[-09 4.199[-09 2.969C-09 2.7340-09 1.756[=09 1.473r-09 1.1A2[-09 1.00t[-89 S$[
3.499[-08 1 787[-0A 1 063[-88 5.734[-09 3.71t[-09 2.643[-39 1.999[-09 1.576[=09 1.?A2[-09 1 067[-09 9.04A[-10 CHI /2 (SEC/ACTER CUSEDI FOA [ACH SEGRENT SIGA[N7 80UNDAntt$ IN RILES DIREC7304
.5-1 1-2 2-3 3-4 4-5 5-30 10-20 28-30 30-40 40-5i FADM SITE S
6.847[-06 1 57 7T-0 6 4.515[-07 2.21R[-07 1 349[-07 5.7550-08 1 998E-nA 8.644[-09 5.106[-09 3.419[-09 SSW 7.496[-06 1.643[-06 5.l?5E-87 2.55*[-07 1.573[-97 6.R03[-tm 2.287[-9A 1 036[-PA
- 6. O p e t -0 9 4.942r-09 SW 5.563r-06 1.243[-86 3.657[-07 1.785[-07 1.67pr-07 4.523t-08 3 443[-08 6 258C-09 3.579[-09 2.335[-09 WSW 2 645[-16 6.0 0 4t-0 7 1.790E-e7 A.A04f-OA 5.347I-nA 2 25p[-PA 7.7 4 R E- 09 3.138t-P9 3.7A4C-G*
1.155r-0*
W
?.437[-06 5.580[-07 1 628t-07 7.96AE-0A 4.p22r-08 2 02RE-ca 6.4A4[-09 2.812[-09 1.637[-09 1.047r-39 W1W 4.140E-16 9.557[-97 2.923[ ay 1.46er-07 A.*F7f-tm 3.874[-04 1.794[-08 5.810[-09 3.3m5[-09
?.734f-09 MW l.069f-95 2.492[-06 7.403[-07 3.950[-07 2.45pC-07 1.0 7 3 r- 0 7 3.640C-0A I.64p[-PA 9.620E-09 6.35t[-99 N1W 3 2970-05 3.078F-46 9.8A2r-07 5.r72r-07 3.376r-a7 1.4rar-ti 4.R45[-0A 2.23A[-DA 1.334C-0A 8.696r-9*
4 1.3f2[-05 3.936E-56 9.796[-87 5.347[-97 3.1700-97 1 415[-97 4.976F-SA r.314[-h8 1.375[-98 9 202[-D*
NME 5.717[-96 1 372f-46 4.033t-07 7.036[-07 1.24tt-p7 5.191[-oA 1.A37r-en 8.493r-09 5.p91[-19 3.454r-89 4[
1.739[-96 3.*23r-97 1.350[-37 5.6ter-OR 3.397[-99 1.436[-tR 4.703r-39 2.13mE-c9 1 273r-19 A.636[-In
[1E 1.567[-06 3.515t-07 3.023(-87 4.959T-04 2 981[-3A 1 24tf-04 3.916[-09 1.693C
- 9 9.7h4[-19 6.361[-1C
[
1.138[-36 4.5?6[-07 1.37*[-07 6.87PI-cA 4.235[-1A 1 814[-as 6.2470-C9 2.719F-89 1.593I-09 1 060f=49 rS[
1.27sr 06 7.7A4f-07 A.??At-09 4.933[-0A 2.447g-rp I.03A[-pA 3.4420-19 1.530[-01 9.d43C-lO 6.0m7[-la Sr 2.*26f-96 6.376E-07 f.rl4r-97 A.695t-0A 5.lp6E-9A 2.146f-PA 6.7950-19 3.903[-s*
1.766f-99 I.lP6F-39 7 0707-0a 403970-1A
- g. A l 9[
- r. A 5.=7?r-n9 2.67e[-n9 1.5mst-ca 1.ortr-o*
str Pos04r-96 5 psp 62 a7 0 47DG-e7 9
Trt?S 830uMS EEWEL GE1E45ES 8.C00 gay prCave p[rtf7ES i
COAKEC7Ep F00 OPf3 7tp2433 EECl2CUL87304 l
ammett aVEA4GF CMI/O (sic /RE7[R CUSEDS
-DIS 74WC[ 34 MILES l
SEC70A 0.258 0.500 0.758
.l.E00 1.500 2.301 2.581 3.000 3.500 4.900 4.500 l
5 3.9 0er-05 1.222[-05 6.2Ref=06 3.046f-06 1.14 3E-06 5. A 7AE-0 7 3.5 73[-0 7 2.4 06[-07 3.73 7[-0 7 1.317E-0 7 1.e37[-57 i
S5W 4.153f-05 1.34 7[-95 6.951E-06 3.316E-06 1.2 73f-06 6.626[-2 7 4.0 7t r-9 7 2.766[-0 7 2.allt-0 7 1.534E-O' 1.214t-07 SW 2.A59f-95 9.0A2[-06 5.12&E-0 6 2.44 7[-36 9.3 2 t E-5 7 4.7 p 8 [-0 7 2.0 97E-9 7 3.945t-0 7 1.4 03E-0 7 1.05AE-0 7 A.3 0 7E-0 4 W5W 3 415C-05 4.905E-06 2.4 6 7E-06 1.195[-06 4.52 4E-s 7. 2.3 3 7[-0 7 1.4 24E-0 7 9.5 NSE-00 6.9 3 7[-SA 5.263E-3 A 4.143[-SA W
1 22 3F-05 4.23 6[-06 2.242f-0 6 1.0*9[-06
- 4. 5 35E-0 7 2.12&E-0 7 1.290E-0 7 4.6 75[-84 6.240[-04 4.729E-nn 3.7ter-Ap WgW 2.292E-05 7.290E-06 3.p ler-06 1.4 79E-46 7.22*[-07 3.77AE-07 2.324[-07 1.579F-07 1.14At-07 p.765E-SA 6.936E-9A 4W 5.9AIE-05 1.RSAE-05 9.435E-06 4.A55E-B6 1.49?r-06 1 0 84 E-06 6.22SE-A 7 4.26 3E-0 7 3.I l pr-0 7 2.392E-9 7 8.901[-3 7 -
N1W 7.4 7 9E -05 2.2 0 7 E-05 1 193C-05 5.930E-06 2.361F-06 1.264E-96 7.915[-0 7 5.4 5 AC-07 4.0 8 7[-0 7 3.0 9 7E-0 7 2.4 73[-0 7 m
7.5 7 9 t-05 2.33 3 E-05 1.lA9f-05 5.p34[-06 2.32pt-t6 1.249[-06 7.7 34[-0 7 5.4 3 3 C-97 3.90 7[-9 7 3.0 7A[-8 7 2.461E-0 7 NME 2.90 3f -05 3.00l f-95 5.28 3E-06 2.5* Ar-06 9.9510-07 5.l A4E-0 7 3.l A5[-97 2.163C-0 7 1.5 71E-07 3 19^[-a 7 9.4 75E-S M 4[
0.705E-06 3.055[-06 1.607E-06 7.039E-07 2.*19E-07 1.4*2[-07 9.02tE-0R 6.045r-0A 4.343E-00 3.200E=00 *,.571C-00
'I EgE 7.462E-06 2.763E-06 1.450E-96 7.059E-07 2.627E-07 1.340E-07 0 0AAE-00 5.410E-SA 3.0Al[-OS 2.926E-04 2 298[-00 E
3.022E-05 3.344[-06 1.794E-06 A.93*E-07 3.422E-07 1.785E-07 1.096E-07 7.436E-04 5.40er-te 4.115E-SM 3.253C-OR
[t[
6.112f-06 2.140E-06 1.134[-0 6 5.5 40E 2.e s2[-0 7 1.0 69E-0 7 6.4 *4E-30 4.36 t E=0 A 3.141[=00 2.37 7E-00 1 867[-0 8 SE I.52 7[=05 5.233C-06 2.683E-06 1 289t-06 4.715E-07 2.3 77E-07 1.4 21[-07 9.434C-00 6.724E-08 5.042E-3A 3.*2RE=0A
%5E 1.253E-05 4.112E-06 2.ll2E-06 1.020[-06 3.7ASI-07 1.925E-07 1.160C-97 7.761[-00 5.567E-00 4 199E-00 3.2ARE-04 ammoel AVE R4 6[ [ Hits (SEC# PETER CUSEDS DISTANCE 14 RILES REA434G 5.000 7.506 10.000 15.000 20.000 25.003 30.000 35 000 40.000 45.000 50.030 s
A.4a7c-SA 3.99 3 [-08 2.4 22[-00 1 255c-SA 7.A5at-09 5.43&[-09 4.005r-8, 3.0Ai[-09 2.447c-09 a.,92C-8, 1.653r-09
$5W
- 9. A R 5t -S A 4.759E-PA 2.916E-SA 1.527[-08 9.606[-09 6.664[-99 4.9tAE-89 3.7AAE-09 3 531[-09 2.45tE-09 2.033f-0*
SW 6 712[-04 3 134E-SA 1.877E-SA 9.504[-09 5.92tf-09 3.956E-99 2.473[-09 2.100E-09 1.782E-09 1.379E-99 3.334[-09 j
WSW 3.35&E-SA 1.5AIE-AA 9.53 4[=9 9 4.86 *E-09 2.99st-89 2 045E-09 1.4pAE-09 1 132[-09 A.906[-8 0 7.l A20-10 5.907E-3 0 W
3.002r-00 1 404[-00 A.41*f-09 4.264E-09 2.609C-09 1.771[-09 1.2aer-09 9.746E-10 7.646E-10 6.1540-10 5.054[-10 j
W4W 5.64&f-08 2 714E-SA 1.660f-80 A.662[-e9 5.426E-09 3.751E-09 2.760[-09 2 124E-09 1.6AIE-09 1.365E-09 1.1300-09 4
$W 3.553r-07 7.570E-04 4.674E-SA 2.46*[-04 1.557E-00 1.08:E-00 7.9AiE-0, 6.i54E-n, 4.09.[-e9 3.*79E-c, 3 304t-c9 c)
DgW 2 02 9f-07 1 0 04r-07 6 259E-00 1.350C-10 2.130E-08 1.489E-04 1.105[-0A 0.545E-09 6.012[-09 5.557r-09 4.61R[-09 4
2.023f-f7 1.004f-07 6.2pSr-GA 3.303E-04 2 16tE-SA 1.536[-04 3.129E-S A A.758[-09 7.p *1E-09 5.72 7E-09 4.771[-09 24[
7.7A9[ aA 3.70lf-SA 2 263f-00 1.1A2F-00 7.404E-0* 5 126[-09 3.700E-09 2.911[-09 2.315C-09 1.AA6E-09 1.5670-n*
4[
2.976r-SA 9.661[-09 5.77AE-09 2.927[-p9 1.7990-09 1.229[-09 A.953[-10 6.835E-te 5.395[-10 4 370[-14 3.6120-10 j
E4E 1.A46[-08 p.53AE-09 5 077[-09 2.544E-09 1.5490-09 1.046[-09 7.563E-10 5.726E-10 4.4A5[-10 3.60SE-10 2.958[-10 i
i E
2.645f-94 1 266[-0A 7.716E-09 4.004[-09 2.4*4E-09 1 737E-09 1.260f-09 9.655E-10 7.643r=10 6.20SE-10 5.329C-10 l
f5E 1.510E -SA 7.079t=09 4.254t-09 2.166[-09 1.334E-0? 9.197[-10 6 642[-10 5.0 70E-10 4.00l[-10 3.2 39f-10 2.676E-13 SC 3 554E-PA 1.441t-SA 0.499t=09 4 225E-09 2.568r-0* 1.73AE-09 8.2590-09 9.554[-13 7.5e6t-10 6.055F-10 4.987F-10 i
SSE 2.65 3E -0 0 1.235[-04 7.392[-0 9 3.755E-09 2.320E-09 1.58*[-09 1.163E-09 0.09AE-la 7.040[-10 5.783E-13 4.729[-10 CHI /4 15EC/AE7EA CUPrPt FOR EACH $[ GME NT l
SEGnEN7 00U40 Antes 14 MIEEs DIRECTION
.5-1 1-2 2-3 3-4 4-5 5-10 10-20 20-30 30-48 40-5J t
I rA0m 5870 l
5 6.164[-96 1 319[-06 3.721E-07 1.76pE-07 1.047E-47 4 275E-94 1.306E-00 5.509[-09 3.104E-09 2.0AIE-49 j
l S$W 6.752[-06 1.4*SE-06 4.230E-07 2.045[-07 1 225t-07 5.079C-DA 1.5A4E-80 6.750E-09 3.015E-09 2.462r-0*
SW 5.Oltr-06 1.A76[-06 3.019F 87 1 426[-07 8.39tf-SA 3.373r-00 9.927E-09 4.019E-09 2.199E-09 3 3A7F-09
+
WSW 2.421r-16 5.262[-07 1 482r-07 7.062[-08 4.le3[-1m 1 6*7r-us 5.974E-09 2.P76[-09 1.142C-09 7.221[-10 W
2 177f-86 4.76 6E-0 7 3.344E-07 6.363E-SA 1.75tf-10 1.509[-na 4.452E-89 1.Acar-09 9.A31E-19 6.lR90-le W4W 3.72e[-36 p.265[-07 2.414E-P7 1 16AE-07 7.330[-08 2.A97[-64 A.9p7[-39 3.Se2r-e9 2.236E-09 3.372[-09 4W 9.633E-06 2.150E-06 6.45mt-07 3.169[-07 1 93AI 97 A.052E-0A 2.553E-94 1.3*5E-0A 6 196[-39 3.997[-p*
49W l.lT9f-95 2 667t
- 6 m.19PF-ti 4.47Ar-37 2.49 3F - A7 1 064E-??
3.454E-30 1.5060-00 A.6tet-09 5.5AIF-0*
4 1.874E-45 2.6?At-06 A.1261-r7 4.04pt-07 2.4 Alt-J7 1.063C-07 3.4A5r-0A l.543E-og P.482r-?*
5.758F-09 NME 5.140E-06 1 1400-16 3.310E-PT 3.59pr=*7 9.563E-1A 3.953C-PA 1.2260-00 5.195[-09 2.932[-09 3.p95[-49 4[
1.562[ -6 3.376f-17 9.4d5E-Op 4.424E-SM 2.59pE-A8 1.0*PI-9A 3.359E-89 1 247E
- 9 6.892[-10 4.393E-10 It[
I.4 t it -0 6 3.040f-07 A.415r-AA 3.954F-SA 2.3148-0A 1.205E-09 2.664E-a9 1.064E-t*
5.77Af-10 3.626r-te
(
!.73Ar-16 3.416E -0 7 1.1390-07 5.4*?r-Ja 3.2A3t-SA 3 153r-CP 4.15AE-99 1 74fr-n9 9.729t-lp 6.23If-It f5[
1.Ip0F
- 6 2.402f-87 6.759E AA 4.11AE-en 1.p A 6E
- A 7.6P6[-39 2.?6at-99 9.2e 9[-l J 5.ll2E-IC 3.256F-tr SE 2.610E-GE 5.4928-A7 3 4ASE-P7 6.8571-1A 3.972f-up l.55er-en 4.,3at-09 3.76pr-69 9.64IF-10 6.089F-It SSE 2.973r-A6 4.3Aer-m7 3.213r-PF 5.672F-0A 3.323r-GA 1.310E-SM 3.126[-D9 1 613[-09 8.970C-19
- 5. 74 2f -l e
~ ~
-., ~,
,~,...
~
.a
.~.
a i
=
vt his &#puhn LIVEL #fLE45Es fo##FCIE9 F04 DPE9 TE RR AIN SEEIRCutaileN
......e..............
.prtaflyt ptrastTION Pfa unit safA sp.e-23 el FIRED Polets av cewtutta STE7has
.e.een.e............
Di e t[I I eg DIS 7amErs In plLES FRem SITF 9.2%
e.%4 0.75 8.st 1.50 2 4.
2.%A 1.80 3.5e 4.09 4.%4 5
3.24 tf-87 3 696t-87 5.62 7f-Se 2.675[-8e 9.689E-89 4.766[-89 2.a46E-09 8.837E-89 1 293E-69 9.5AIE-te 7.384f-la ssa 2.393r-e7 a. Dest-06 4 15tf-en 1 974E-08 7.)e9E-09 3.5 36[-89 2.8 7mE-5 9 1.3SSE-89 9.S37f-lJ 7.06pf-10 5.447E-10 sw 3.834t-e7 3.e36E-te 3.976E-en 9.364E-e9 3.364t-99 1.664[-49 9.422E-l# 6.43tE-li 4.52SE-14 3.354E-te 2.584[-18 usd 4.2 3 5f -94 1.4?5E-f 8 7.31 st-0 9 3.4 7 9t -89 3.25eE-09 6.19eE-te 3.649E-te 2.39eE-10 1.6 elf-le 1.246E-14 9.tetr-Il J
4.75SE-er 1.686E-Ge A.24Af =09 3.923Cae9 3.40pt-99 6.985E-I t 4.ll3f-It 2.6*3E-t e S. A95f-19 3.4 94E-11 5 982t-16 l
ums 9.497t-84 3.347E-ER l.7 3 8[-88 S.IISE *09 2 93SF-89 8.45SE-09 a.569F-le S.6tl[-la 3.94at-te 2.926E-te 2.25SE-10 l
9w 2.26 8 t -0 7 7.645E-S9 3.*25t-84 3 866E-98 6 704E-49 3.324[-89 3 957t-49 1 202t-89 9.el9t-le 6.684t=13 S.45tf-84 med 2.8 3 5E-97 6.elti-en 3.49eE-en 1 663f-88 5.974C-49 2.963f-89 8.74SE-89 1 142E-09 8 03nE-te S.957E-lb 4 598E-15 9
2.6 4 5t -0 7 e.946t-38 4.593[-69 2 8 84E-04 7.644 E-99 3.890 E-89 2.2 9dC-99 1.58 AE-89 8 855E-49 7.e2 8 E -14 6. P2 7f-l e me!
2.e A9f-8 7 7.86SE-te 3.62nf-en 1.72 %f -se 6.195[-09 3.0 72E-09 1.Pe9E-09 1.385E-89 a.335E-te 6.177E-11 4.76PE-Is h[
S.649E-te 2 934t-04 1.509E-te 7.172f-09 2.576f=89 1.2 7A E =e9 7.S23E-10 4.926E-t e 3.466f-le 2 569E-t e 1 940E-8 5 E mE 4.s e4F-Sa 1.154 E-te 6.952E-89 3.3eSE-09 1.le7E-99 S.aa7[-lo 3.467[-18 2.27tE-10 1.597f-14 1.lset-le 9.122[-11 E
4.5elt-Se 1.4alf-te 7 667E-49 3 636E-89 1.299E-89 6.442E-10 3.793 f-10 2.444t=5 0 1.74 st -l e 1 295E-18 9.9AIE-Il i
Es!
3.724f-se 1.259E-09 6.466t-89 3.874[-09 1.194E-89 1.4 76 f-l e 3.224F-8 9 2.8 3 3[-19 1.44&E-t e I.l elf-10 P.464 E-I t I
Si 1.6 3 7t -0 7 S.Sitt-Es 2.8 33E-08 3.3 47f-08 4.43st-89 2.400E-49 1.413E-eg 9.25t[-18 6 589E-IS 4.024E-le 3.718E-In f
SSE l.7eSE -87 6.e38E-en 3.lett-SS 1 4 74E-98 S.294E-89 2.625E-89 1.S46[=99 3.tI2E-09 7.322[-19 5 274E-te 4.96m0-18 DinFEftew DISTAhEEs In plLis Faen sllE 5.se 7.5e 30.06 15.88 28.07 25.88 33 40 35.00 48.85 45.08 St.06 5
5.866f-18 2.686E-10 1.57eE-t e 7.9?st-il
- 4. A29E-Il 3.2 3e[-Il 2.328E-Il 1.742C-11 1 354E-11 1.082[-11 8. A35E-12 t5d 4.32 7f-le 1.922E-t e 1 164t-8 0 S.886E-Il 3.562E-Il 2.39AE-Il 1.788E-11 1.2 ASE-S S 9.992E-12 7.9 A2t-12 6.515 E=l?
i.
5d 2.853 f-l e 9.12 E E-18 5.525E-I l 2.793E-11 1.690E-11 1.133E-Il 8.328E-12 6.89at-12 4.741E-12 3.7A7E-12 3.09tf-12 WSJ 7.629E-Il 3 349E-Il 2.G53E-11 1 03eE-Il 6.20er-12 4.2 5t E-12 3.s t ?[-12 2.266[-12 1.762E-12 1 4 e7E-3 2 1.849F-12 J
a.590E -Il 3.a19E-I t 2.384f-11 1.169E-Il 7.97at-8 2 4.745 E-12 3.4 0et-8 2 2.553E-8 2 1 985f-82 1 5e&E-12 1.294[-12 l
W9J 3.79 8E -I S 7.* Set-ll 4.42 0f-11 2.4 36E-Il 1.475E-Il 9.Saff-12 7.SSSE-12 5.320E-12 4 136E-12 3.384E-12 2.697E-12 C[
hw 4.e92E-18 1.elet-it 1.14tE-18 S.566E-Il 3.369f-ll 2.259E-18 8.6tSE-11 1.255[-15 9.449E-12 7.54AE-12 6 168E-12 c) med 3.64 7f-19 1.62SE-l O 9.8 8 4 E-11 4.968E-Il 3.pe2E-Il 2.8 4 3E-81 3.4 42E-11 1.083E-12 s.423E=l2 6.727E-12 5.49eE-12 on 9
4.7 ASE -18 2.327E-S t 3.28st-t e 6.513E-Il 3.942[-18 2.643[-81 8.a94E-Il I.422E-la 3.le6E-Il 8.832E-12 7 209E-12
)
me!
3.782f-3 0 3 644E-10 1.084E-10 5.144E-!! 3.183E-11 2. SATE-11 1.496E-11 1.123E-Il 8.732E-12 6.97SE-12 5 693[-12 w[
1.S T3f-l e 6.906f -11 4.232[-13 2.139f-ll 1.295E-Il S.60et-12 6.220E-12 4.679E-12 3.63 5E-12 2.903E-12 2 368f-12 l
IWE 7.24 7f -11 3.2 8 9E-!! 1 95eE-11 9.457E-12 5.966E-82 4.SetE-12 2.e66E-52 2.35?f-12 1 673f=12 1 337E-12 3 09tL-l*
j E
7.92 9[-8 3 3.522E-Il 2 134E-Il I.8 79E-Il 6.52nt-12 4.3 7?E-12 3.3 36E-12 2.355E-12 1.038E-12 1.463E-12 8 199f-12 ISI 6.7 4 0[-11 2.994 t =11 1.al4E-S t 9.16aE-12 5.54 9E-12 3.720 E-12 2.666[-12 2.882[-12 1 556E-12 t e243E-12 1.al5E-12 si 2.95 3E -10 1.33 2f-le 7.94at-il 4.88 7E-Il 2 434t-il 8 63e[-13 1.16AC-Il 8.771[-12 6.020E-12 5.44PE-12 4.447E-12 SSE 3.25 tt-le 3 436E-t e 0.696E-Il 4.395E-Il 2 668E-Il 1.784E-Il 1.2 7 AE-11 9.597E-12 7.462[-12 5.96et-12 4.865f-12 atta78vf DEPSSI7lem PfR umli ap[A Inee-23 SV 00WeWahn STCIOSS
+++eseeeee**eeeeeeee...e j
srsatai soumoanits la altEs OlnEElloe
.S-1 1-2 2-3 3-4 4-5 5-It 50-25 29-30 3 8-4 e 40-Sa i
taan SIII 5
S.503E-te 3.127E-te 2 94tE-89 3.32SE-99 7.473E-te 2.474[-19 e.383E-13 3.295E-Il I.76er-lt 1.tn9E-Il i
i
$$u 4.8 5 7E - 04 A.33tE-89 2.178E-89 9.144E-10 5.583f-le 2.328E-te 6.133[-18 2.43t[-11 1.29st-11 A.0 34[- l ?
Su l.925E-De 3.943E-89 3.02*E=e9 4.624[-19 2.63&E-13 1.206E-St 2.918F-11 1 153E-Il 6.159E-12 3.pl2E-12 WSW 7.t S 5E - 09 1.465E-09 3.42SE-IS 3.730E-te 9.TIAE-Il 3.737E-Il 1.8Alf-Il 4.245E-12 2.2AAE-12 8.436E-12 1
e s.e 62E -89 1.6SSE-89 4.Sint-Sp l.936E-18 I.895[-13 4.212f-Il 3.288f-11 4.e29E-l?
2 57a[-12 1.596f-12 l
umu 3.6 44E - te 3.44tE-09 a.982E-te 4.834E-te 2.242E-te m.776E-Il 2.539E-Il 5.006f-81 S.373[-12 3.326f-82 j
MW 3.457E-44 7.a%9f-89 2.eS2[=t9 9.215[-80 5.283E-te 2.805[-10 5.799F-11 2.299F-Il 3.227f-II 7.597f-12 l
muu 3.4 8 9E - Se 7.884E-e9 1 829E-09 a.212E-18 4.646f-IP 1.787E-16 5.16et-ll 2 04tf-Il I.8*4[-!!
6.77tf-32 j
4 4.4 9 4E - te
- .196E-89 2.481E-89 5.eTaf-89 6.309[-10 2.346f-18
- 6. 786 F -13 2.69er-Il 1.436E-Il n.R96f-12 i
umE 3.% 46E - 34 7.263E-89 3 496E-e*
8.586[-19 4.Aler-te 1.RS3f-le 5.368E-fl 2.124f-ll 3 134f-Il 7.825t-IP
[
]
mt 5.475f-04 3.02st-a9
- 7. nest-16 3.Self-84 2.6e1E-Is 7.794E-ll 2.229f-Il h.n34E-12 4.787E-12 2.92SE-32 EEE 6.795E-09 1.392f-e9 3.635E-It 1 632[-13 9.232E-Il 3.SSef-81 3.827E-fl 4 0 71L-12 2 174E-12 1 345E-12 I
E 7.435E-St I.523[-89 3.976E-16 1.706t-le 3.01tE-14 3.4ASE-11 1 124E-31 4.4S4f-12 2.37Af=12 5.472E-12 (5E
- 4. 5 2 pt -e9 1.295E-09 3.5 Pef-la 3.SISE-te n.587E-Il 3.102r-Il 9.SS5E-12 3.786E-12 2 822f-12 1.2 Sat-12 I
SF 2.769f -04 S.6738-89 1.4 PIE-49 6.653E-te 3.763E-la 1.4411-14 4.lR6E-Il I.659f-ll A.459f-12 5.484E-12 SSE 1.8%)E-an f.?t6 t -89 3 62SE-e9 7.277f-IB 4.tlFE-19 8.SA:(-la 4.5Mt[-Il I.pl%E=ll 9.693E-12 6.edAE-I2
vt;ts Ceewee trvtt et ttC st s comerctra roe erra tree:32 crenztutassem SPEC F C PCitts or 33tterst attrast 7 vat er starcison onstamct use uso sie are to tocation EM Ltst Entstest 65tC/ Cup.Pettet tstC/ cue.pttral IsrC/ cum.Mtitel tote se.#ttfel no occa, 2.2se pay occa, e.ses par occar
_MtRLELLILn
_gggggtLILg
_ _. ot tLLit e...
a sitt rougoner s
e.as sese.
o.ssar-es e.623t-es e.egst-es 3.ssst-ce 6
sitt sou=one,
ssu e.92
- teos, o.ss9t-ss e.s st-as
..caec-es 2.esst-ce a
sitt sou=oner su t.e9 17se.
2.329t-ss 2.39st-46 2.s22t-es 7.se9t-99 a
sitt cou oser use a.Se 1ste.
1 5=st-es
- 1. sert-as 1.eset-es e.nort-c=
a sitt seusmany v
s.*3
- asas, t.e=tt-as 3 479c-es
- 1. soot-es e.7est-o*
a sitt souseest ww e.96 1ser.
2.3e7r-es 2.is e r -s t, 2.osit-es 9.se9t-o, a
sitt noumoney w
e.72 tise.
1 17et-as 1.tsst-es i.eeft-es
- e. =sr-se a
satt seu=oans ow e.62 sees.
s.7est-es 3 7ter-es 3.sent-es e.79st-ce a
sitt souvonov
=
e.ss tese.
3.ssst -s 1 652t-es i.e*st-es s.neet-ce a
sitt soJosan g met c.ss tets.
7.179r-es 7 7 set-es s.sost-es e.stst-ce a
slit moumoney at c.se tass.
- 2. inst-as 2.29st-es 2.esst-es 1.*s90-se a
sitt savooner t at 4.62 teso.
1.957t-es 9.sset-e9 a
sitt sovsoonv t
e.st See.
2.733[-es 2.7:st-es 2.eset-es 1.srst-se.
a sitt sougsans tst e.st
- es.
1.7 sr-es 1.7 sat-es t.s77t-es 9.322r-se a
sitt souesner st 1.06 ties.
1.2e7t-as 3.242t-es 1.tttt-es 3.ts*t-ce a
sitt sou=eser sst e.9s t e r.o.
1.oost-es i.e7st-es 1.seet-es 1.osst-se
)
-.o 1
Atmospheric Diffusion Estimates Ground-Level Releases April-June 1983 4
B110
m.
_. ~ _. _
l ttcts C0swee LEwit Citra5f s t
ne stC 4 9e It49t 9ti t t F tee:t*ffe Fee CPCU TEme333 etti:CWLCileg l
seeeet avtma6C Cwlte SSEC#pffte CustD9 DIS 74DCE le MILES 9fC7ee 9 258 p.5 00 e.754 1.906 1.590
- 2. Fee 2 5ee 3.e se 3.536 4.ste 4.584 5
3.95'f-95 1.055 f-e5 5.65 5 f-86 2.ae7t-96 3.?94t-26 5.2 8 3C-97 3.622[-e7 2.4 97E-47 1.44 8 t-e7 3.4 23f-87 3.ltet-8 7 SSW
- 3 5eef-45 8 238 t=05 6.635 t-e6 3.290E-46 1 3 e *f-96 7.427E-e7 4.424C-07 3.972E-57 2.277t-97 1.769C-97 3.423f-97 4
58 2 33*t-45 7.7*4f-F6 4.228E-06 2.13eE-84 a.58 mf =47 4.5*6t-3 7 2.995C-0 7 2 922t-07 3.5 est-8 7 8.3 7et-P7 9.e37t-en l
Wie 2 357C-95 7.560C-96 3.9 e6t-06 1.97ht-e6 7.*e2C-e7 4.2f eC-e 7 2.698[-07 1.875C-87 8.398t-e7 1.995t-e7 a.726t-on w
2.9 3 6E-95 6.775E-P6 3.663t-96 3.e44t-96 7.374t-07 1. ?p3t-97 2.519C-e 7 8 755t-e7 3.395E-97 8.8 3 6t-87 8.196t-90 www 2.424f -45 m.3 85E-96 4.426f-06 2.2elt-86 p.7e3C-97 4.662C-47 2.95t C-e 7 2.932t-0 7 1.505t-07 1.16*t-e 7 *.39 7E-99 9e 4.965E-95 1.692f-05 9.32Af-e6 4.544t-96 3 433C-86 9.892C-87 6.253[-07 4 355E-07 3.238t-87 2.523f-e7 2.833t=5 7 49W 6.512t-95 2.019f-05 1.e82[-85 5.4 3 7t-96 2.20 *t-e6 1 597C-96 7.6150-87 5 332C-87 3.94tf-97 3.ll2t-ST 2.51st-p?
i I
m 4 7e7E-95 8.59at-85 a.625f-06 4.33 7C-06 3 7390-e6 9.3260-87 5.a90t-e7 4. leet-87 3.ee f t-07 2.372t-87 8.932E-07 w9C 3 754E-85 5.pe7t-e6 3.36mg-96 1.605t-06 6.385t-97 3.4 32t-8 7 2.163r-87 1 5e3t-e7 8.ll5f-87 e.664t-on 6.973f-en 9t 3 36pf-95 4.653E-96 2.54ef-96 1.279C*e6 5.t45t-87 2.697E-87 8.693E-87 8 172E-0 7 a.673C-88 6.726E-en 5.4 04t-as Ett 4 192f-e6 3 474E-06 7.955t-0 7 3.956[-97 1.53eE-e 7 m.e67[-se S.S t er-ep 3.448E-04 2.527[-08 1 944E-te 5.556E-en E
4.5 09f -e6 1 549E-e6 p.40st-87 4.283C-07 1.646t-07 4.748E-te 5.45eC-#e 3.764E-en 2.775t-on 2 145t=0m 1.719f-se ESE e.90st-e6 2.seet-e6 3.571f-e6 7.967E-97 3 169E-e7 3 7 e4t-07 1.0 74E-57 7.462E-te 5.536t-ee 4.3eet-op 3.465t-on SC 3.3 3SE-95 3.968 t-86 2.095t-06 9.829C-86 3.925C-e7 2.05st-07 8.264t-e 7 a.639t-em 6 309t-se 4.e42E-te 3.RS4C-e#
55E 1 255t *5 4.295E-96 2 387t-06 8.14 7t-96 4.45eE-8 7 2.353C-97 1.464E-07 1 087t-97 7.4 82E-te 5.722[-se 4.5 7st-en i
esteet avtmast Cpl #9 8SEC#ptTES CWetD9 el574DCE Im RILES i
DE443ms 5 888 7.500 30.890 35.000 24.See 25.890 30.004 35.ese 40.epe 45.e0s 5s.e30
]
S 9.397E-te 4.753t-ce 3.047t-ca 1 724E-Se 3.159f-se e.534E-89 6.656E-99 5.399C-89 4.Sest-89 3.e46C-09 3.339t-e9 4
SSW 3.l T 7t-07 6.e223-se 3.p93t-en 2.223C-Ge 3.503E-en 3 3 89E-88 A.669t-09 7.etot-99 5.e95t=99 5.039t-99 4.3st r-59 SW 7-SIPC-eh 4.e20E-84 2 684t-ce 3.498[-se 3.836f-94 7.5310-09 5.905C-09 4 88tE-79 4.832E-99 3.452C-99 3.885[-89 i
v5u 7 224 f-44 3.785t-9e 2.4 89f-se 1.383C-es 9.372f-89 6.944E-89 5.442[-89 4.43 5t-e9 3.713t-e* 3.177t=89 2.765t-89 W
6.79at-90 3.5 ele-en 2.274f-en 3.389t-De 4.893 E-99 6.59at-09 5.87st-e9 4 223E-09 3.548t-09 3.e33f.e9 2.642t-e9 W9W 7.76 At-ce 3.974t-Os 2 564f-en 1 46at-84 9.423[-99 7.339t-49 5.745r-09 4.674t-09 3.913t-e9 3 347E-09 2.911E-e9 SW 3.6e4E-*7 a.675C-se 5.632[-88 3.23p[-88 2.196C-en 3.62a[-94 8.277[-en 1.e4tC-te e.723C-09 7.46et-19 6.582E-89 i
o,
>=
mtw 2.497t-47 1 09 8C-87 7.148t-ce 4 856E-ce 2.444C-ee 2.121[-9e 1.674[-se 1.37tE-te 1 154C-ee 9.*13C-89 a.65at-e*
=
1.SaSt-e7 e.36er-se S.3eet-se 3.e52E-ee 2.e74f-en 1 54ec-se i.2e4E-ee 9.e63r-a9 a.273t-e9 7.ee9t-s9 6.176r-99 Det 5.76pf-GA 2.957E=en 1 914C-GR I.895C-Se 7.4 99t-89 5.482C-89 4.29t f-09 3.492C-99 2 922E-89 2.499C-?9 2.lT3t-e4 i
9E 4.443E-te 2.275[-es 3 466[-se a.359t-99 5.432C-89 4 3 54t-99 3.249E-09 2.63 9C-99 2.296E-89 3 984E-79 1.63 7[-0*
E9E 3.200E-te 6.431E-89 4.198[-89 2.300E-e9 3.534C-89 8 822E-s9 a.7 83C-3 0 7.92 7C-14 5.2420-8 8 4 966t=3 9 4 2*6f-l e 1
E 1.416t-99 7.359E-89 4.596f-89 2.598C-09 3.730E-e* 3 2780-09 9.953f-l e 8.062f-l e 6.722C-t e 5.73et-le 4.969f-le l
Est 2.a67t-ce 1 473E-te 4.54%E-09 5.47at-09 t
3.714t-99 2.753C-49 2.359[-09 3.75*t-89 l.4 74 t-49 1 267 t= 89 1.098[-09 SC 3 3 5 9C -ee 3.566t-ce 9.e'e[-09 5.4 96E-89 3.654t-89 2.669t-89 2.86et-09 8.669t-89 8.5e6E-49 1. list-99 8.el?t-e9 SSE 3.76st-en 8.m97t-on 1 2 82E-ee 6.435E-09 4.549t-e9 3.377E-09 2.632E-09 2.134E-09 1.7mIE-99 1.589t=e9 8 3ter-09 CMl#8 45[CtaETER Custel Fee teCM SEE# tut St&mtei especealES le MILES
~
Ditt til et 5-1 3-2 2-3 3-4 4-5 5-13 18-20 28-39 39-48 48-51 i
Item SITF S
5.475F-86 3.246E-06 3.754[-e7 1.369t-87 8.158t-87 5.827E-en
- 1. 76 7t-88 a.547[-09 5.419C-09 3.R54f-e9 i
j Stu 6.412f-e6 3.4A2f-06 4.577F-87 2.311f-07 1.434f-97 6.3520-Pe 2.2720-88 1.116t-SA 7.972t-09 5.849f-89 SW 4.p*6F-86 9.684f-07 3.es?C-e7 1 525[-07 9.%Cet-CA 4 2150-9n 3.51st-ce 7.54tE-89 4.427C-e9 3.45pf-09 WSW
- 3. 7 72 E-4 6
.P.922f-e7 2 792E-#7 f.411t-87 8.7*3E-#P 3.*ISE-Os 3 413[-Se 6.991[-P9 4.447E-19 3.883I-O*
W 3.544E-56
- m. 32 7[-9 7.
2.684[-87 5.323f-57 p.25pt-be 3.6A7[-P4 1.337[=ee 6.642[-89 4.236t-s*
3.8391-09 utd 4.34tE-36 9.264f-07 3.P S 3f-8 7 1.52Ar-97 9.472T-86 4.192r-en B.5 elf-in 7.39tt-09 4.6*SC-09 3.3530-P*
mW n.849f-86 2.149t-86 6.464t=#7 3.244r-p?
2 84er-e7 9 136t-em 1.5e7[-se 1.639[-88 1.944E "A
7.482r-C9 41W l.8%3E-15 2.474f-16 7.863f-87 4.836F-07 2.536t-87 1.146[-87 4 236C-en 2.436E-18 1.175E-08 9.929[-09 i
4 4.1SSE-e6 1.9%51-96 6.C91[-S7 3.998[-07 1 426t-17 4.5940-GA 3.ll?C-PA 3.558r-pa 9.894r-99 7.332[-r*
i 44[
3.3%3t-96 7.220f-87 2.23FF-87 3.litr-37 7.P27E-89 3.IInt-cn 3.129t-84 5.519t-C9 3.543E-P9 2.554f-4*
9E 2.449f *6 5.72?f-37 1.752F-p?
p.893E-49 5.447f-de 2.4 92E-tm 8.546E-09 4.187E-39 2.648t-49 3.8 pat-P9 Cet 7.6ASI-97 5.74 7f-0 7 5.l*7t-en 2.567f-tp 1.5701-34 6.48er-59 2 364f-99 1.133r-19 7.2%5r-l e 4.*7pf-id E
P.ll6T-17 1.n?3F-97 5.e56[-en 2.plAC-84 1.733f-se 7.57?r-19 2.655t-09 1.287[-89 8.e92f-le 5.742[-10 i
ft[
1.514[-46 3.%44f 07 3.llI[-P7 5.687[-e8 3.4*?f
'A 1 5%2t-ce 5.%9er-ti9 2 772r-09 1.76%E
- 9 8.2445-a9 1
}
SE 2.84&T-46 4.5DAT-e7 3.313I-e7 6.483t-e4 4.nA*f-14 3.664r-en 5 6540-!9 2.691E-)*
1.675f-em 1.lptf-P*
i 5%f 2.213r-86
%.e7pr-97 1.%)pt-07 7.52*F-34 4.6tir-Sp 2.e49r-f9 7.012t-19 3.4p?t-19 2.84?[-19 1.52PF-r9 t
i i
CFC75 CCcut0 LEVEL Cft[C5fS 2.253 car ptCav. unerPLE7[0 Cossf TED F09 OPf4 TTRRaI# RECI4CULa7104 49must av[ RAGE chits ts[C#p[7Ep CUS[D5 DIS 7a4C[ IN MILES SECTOR e.258 9.508 9.758 1.sep I.551 2.000 2.509 3.400 3.534 4.005 4 533 S
3.357f-05 1.551E-05 5 637t-06 2.79n[-96 1.3 p9[-06 5.766[-8 7 3.59p E-P F 2 4 73[-0 7 1.821E-57 1.4 95f-0 7 1.12 3[-8 7 55W 3.% F ET -05 1.229f-85 6 5AAf-06 3.284[-06 1 3 0l[-06 6.*6&E-0 7 4.3 76f-0 7 3. A 3 3 t-0 7 2.242C-0 7 3.73 AC-4 7 1.3*5[-S 7 SW 2 3 3 6T -85 7.779[-r6 4 2F60 *6 2.1t*f-46 S.*S%E-37 4.558[-07 2.86A1-07 l.992[-07 3.4 76[-3 7 1.196[=0 7 9 217[-08 USW 2 8 54 f-P5 7.142t-86 1.A91[-06 1.968[-f6 7.A4hE-07 4 215E-97 2.655[-97 1.A43[-07 1.365[-07 1.064[-07 A.516F-0A W
2.014E-05 6.754[-66 3.649[-36 3.835[-86 7.521[-07 3 942E-87 2.4A&E-37 1.72F[-07 1.2Atr-87 9.95CE-34 8.0021-0A W1W 2.4 2 f E-P5 P.29 7[-06 4.432f-06 2.192E-06 A.64 6[=0 7 4.6 20[-0 7 2. A 9 A E-9 7 2.9 95[-17 1,4 82[-0 7 1 148[-0 7 9 206[-0 8 9W 4.968r-95 3.fA9t-05 *.183[-86 4.567[-86 1. A22F-86 9.815[-8 7 6 3 92[-0 7 4.3 84[-8 7 3.193[-07 2.4 A1[-0 7 1.996[-?7 W9 W 6.185F-95 2.085[-95 1.978[-D% 5.413E-86 2.lA5f-m6 3.im6E-06 7.52 7[-0 7 5.258[-0 7 3.9 3 6C-9 7 3.354[-8 7 2.4 65f-9 7 4
4.742[-85 1.595F-35 a.6 80[-86 4.32 e[-06 1.728[-06 9.2 ? n[-8 7 5.P3 0[-8 7 4.049[-8 7 3.3 02[-0 7 2.3 32f-0 7 1. A 750-9 7
- 1[
1.753f-85 5.793[-96 3 3 6t[-06 1.630E-06 6.3t et-17 3.4 3 CE-3 7 2.145[-07 1.4 8 At-3 7 3.102r-0 7 A.54 A[-De 6. A69r-en 1[
1.367T-85 4.647[-06 2.53 4f-0 6 1.2 75E -06 9.022C-e 7 2.681E-9 7 1.6 ASE-9 7 1 162[-8 7 8.5 Ap[-08 6.6 46[=9 A 5.338t-08 f4[
4 19 8f -06 3.4 72[-36 7.94 t f-8 7 3.94 7[-3 7 I.524[-57 4.029[-04 4.981L-08 3.416[-8A 2.506[-se 1.92g[-08 1 5400-04
[
4.5 0 7E -t6 1.54 7 E-06 A.3*6t-e 7 4 2 e5E-6 7 1.64 t[-0 7 m.7 E 7 E-94 5.4 32 t-O A 3.742[-en 2.756[-08 2 129[-08 1.7A4[-0A ESE 9.98tE-06 2 476[-06 3.567f-86 7.*42F-47 3.1%4[-87 1.693 r-07 l.P65C-0 7 7.390 E-0 8 5.4 74[-88 4.2 4 9[-08 3.415[-OA
$[
3 137[-85 3.95AE-86 2.893E-06 3.827[-06 3.919[-8 7 2.9 43 E-0 7 1.259[-0 7 A.5 8 A[-0 8 6 2 72 E-0 8 4 8 3 D[-38 3.A26f-0A SSC 1 254t-95 4 2890-06 2.382t-86 1 143[-86 4.429[-07 2.337[-87 1.452[-87 9.975[-04 7.32AE-SA 5.647[-PR 4.5 tit-0A ammust syEmaGE CHI /O iSEC# PETER CUSTOS DIS 7aNCE IN MILES era 114G 5.90s 7.580 18.888 15.000 20.409 25.000 30.000 35.000 48.S00 45.000 50.000 5
9.248[-84 4.634t-en 2.945f-SA 1 637[-BA 1.04t[-88 7.827[-09 6. Sert-89 4.7A5E-R9 3.92 7t-89 3.295[-09 2. A3 2E-89 55W 3.8 %1r-87 5 82e[-en 3.7 8 6t-en 2.973C-08 1.366[-0A 9.85At-09 7.527[-09 5.975t-09 4.880f-09 4.873[-09 3.45AE-09 54 7.6 8 3t -08 3.R66t-94 2.475E-90 3.3a5[-64 9 142[-09 6.5*9C-89 5.939[-09 4.809f=09 3.265[-0* 2.723[=09 2.330E-09 Wsw 7.33tt-88 3.567t-en 2.2 Alt-en 1.274C-08 a.394[-e9 6.3550-09 4.steE-99 3.661[-09 2.986[-09 2.48AE-49 2 109[-09 W
6.6 tit-94 3.363[-09 2.155[-08 1 297[-04 7.978[-09 5.762[-0 9 4.4 0 ?[-0 9 3.4 94[-e 9 2 852t-89 2.3 79[-0 9 2.0 3 7[-0 9 W4W 7.592[-08 3.a39[-88 2.452[-04 1.369r-08 9.030E-e* 6.52t[-09 4.9A3[-09 3.959[-99 3.236[-89 2.783[-99 2 296[-09 08 MW l.65 B[-9 7 p.4 09t-88 5.4 91E-S A 3.83*[-08 2.016[-04 3 463[-88 1.lP2r-06 8.947E-39 7.336r-09 6.146[-09 5.236[-09
[$
44W 2.8 4 3[-8 7 1.052 E-3 7 6.A 02E-0 8 3.867C-98 2.57st-Op I.A77[-0A 1.444[=48 1 154[-8A 9.473[-89 7.942[-09 6 769F-89
'J w
1.55 0E -8 7 7.899[-88 5.0 73[-0 8 2.R56[-4 9 1 89A[-88 1.37PE-04 1.054[-38 8.442[-09 6.927[-09 5 807[*09 4.950[-09 44[
5.672[-0A 2.PA4F-04 1.A59[-3A 1.043[-04 6.927f-89 5.5 41 E-9 9 3. A AIE-09 3 19 7[-89 2.55e[-99 2 15 3[-09 1.p 43[-09 MC 4.196[-08 2.225[-84 1.423[-04 7.983[-89 5.306C-09 3.860E-09 2.973[-09 2.383E-09 1.962C-09 1.652[-09 1.415[-09
[1[
3 265t-08 6.315t-09 4.8 82[-99 2.2 3 7[-P9 1.46 9[-09 1 855E-09 0.0A3E-10 6.446[-Is 5.294f-le 4.446t-to 3 799r-ID l
l
[
l.485t-en 7.e57[-09 4.4 99E-89 2.517E-89 1.672[-89 1.23m[-89 9.3*St-te 7.54a[=le 6.227[-10 5.257E-te 4.516t-10
[1[
2.82t[-08 1.437[-04 9.23pf-89 5.215E-09 3.479E-09 2.5380-89 1.959[-89 1.571[-09 1.296[-89 3.893[~o9 9.369[-10 5[
3.133[-04 1.547t-04 9.735f-89 5.362[-89 3.536[-89 2.562[-09 1 969[-09 1.576[-09 1.299[-89 1.0 95E-09 9.399[-10 j
SS[
3.786f-98 3.A50t-08 1.173E-CA 6.502C-89 4 295[-09 3.llet-09 2.346F-09 1.904[-09 1.564r-09 1.314E-09 1 122[-09 CHt te (SEC#4[7f A CU9f D) FOR (ACH SIGMENT SrGMENT 80u40 ARIES IN MILES DIRFC7304
.5-1 1-2 2-3 3-4 4-5 5-10 14-20 20-30 30-40 40-50 FROM SITE 5.463C-86 1.24tt-06 3.724[-87 1.ptsf-87 1.133t-07 4.907t-en 1.6AIC-88 7.R93E-J9 4.805C-09 3.383[-09
$$W 6.383r-06 3.473[-06 4.529E-97 2.275f-07 1.486[-37 6 14*[-0A 2.124[-c4 9.940[-09 6.00l[-99 4.084[-39 SW 4.872[-96 9 55SE-07 2.*66[-97 3.498[-07 9.289[-18 4.083C-9A 1 434f-04 6.653[-09 4.037C-09 2.730f-09 W5W 3.798[-96 8.459f-87 2.746[-87 8.385[-97 A.5A3t-0A 3.765[-98 1.305[-ce 6 305[-09 3.677C-09 2 495[-99 W
3.534T-16 8.269f-07 2 573[-07 1.2*9[-07 8.064f-98 3.54AE-e8 1.236r-Os 5.A09[-09 3.509[-09 2.3n5r=o9 W4W 4.2A4[-86 9.A*6[~07 3.a00[-07 1.%94[-97 9.283[=t3 4 056[-98 1.4 APE-08 6.575[-09 3 976[-99 2.710[-09 l
14 4.817r-16 2.95Af=06 6.403f-07 3.239[-07 2.012I-07 A.870[-04 3.109[-04 3 474[-08 8.983f-e9 6 362[-1*
N1W 3.8*AI-35 2.45p[-06 7.775[-e7 3.978t-07 2.443F-97 3.tP7[-07 3.444[-94 3.99ft-P8 1 35PE-08 7.963[-99 7
4 A. 317t -G E 1.*44F-96 6.030r-07 3.046F-07 l.490F-47 A.332f-Op 2.923E-Da 1.389[-9A a.476E-99
- 5. A22[-19 41[
1.8%2[-96 7.ta*[-R7 2 22e[-07 3.IIRE-87 6.9?3f
- A 3.p44[-r4 3.P66[-99 5.0R0[-09 3.119[-09 2.15p[-09
%[
2.444f-16 5.699[-07 1.740[=37 p.732(-mA 5.375[-an 2.3%3[-e4 p.IRIE-c9 3.pa0[-99 2.390[-r9 1.656[-09
+
E1C 7.679t-17 3 742[-07 5.36F.E-08 2.%46t-08 3.%%3E-18 6.694[-h9 2 277[-u9 1.064F-09 6.475[-10 4.45Pf-10 t
8.lR6[-87 3.868t-07 5.630t-On 2 7**r-04 3.7ter-1p 7.46*E-t9 2.5ppr-09 5.22nt-p*
7.570r-to 5.27ef-30 IJE 1.St%r-16 3.%69f -0 7 3.192E-97 9.5%%F=9A 3.442f-OR 9.537[-ep
- 5. 3 3 7E -09 2.557I-99 3 577[-49 1.0*5[-99
%[
2.11er-n6 4.496f-OF t.31p[ A7 6.377[-0A 3.p618-38 1.644[-4A
%.523[-49 2.5R5[-39 1.5A3[-7*
1.19AC-?*
St[
2 2?9f
- 6 5.956f-C7 floS5XNT-09 h000(I-00 On%M-SfL_h2ML-r Q Gdb0FB-a0 A R 3CR -@ 9 fln* 0 W **
Rn3A15-a*
.. _. _. _ ~ _. _ _ _ _ - - _..__. __ _ _ __ -
Orc 73 caevue Etett ErtrcSts 9.903 D47 ofECT, htPL E TE3 te92t[7 f 8 f ee ePED treea33 CECI2CUL ATIe#
1 a==cet evena6C Eware estEsotita coetet e 37soct := nitEs i
St[ ten e.25e 0.500
- 9.758
- 1. Bee 1.500 2.e89 2.583 3.400 3 518 4.800 4.580 i
S 2.894f-89 9.63et=06 5.032t-06 2.455t-06 9.?7er-e7 4.797t-07 2.927E-07 1 978C-87 1.432E-0 7 1.009E-87 e.Sa6t=84 l
SSW 3.39 7f-95 3.324E-95 5.A77E-e6 2.e A3f-e6 1 3 3 9f *06 SeeG4E-07 3.573E-07 2.43tE-e7 1.769t-07 2.213E-e5 7.196E-06 3.75mt-06 1.n62f-e6 7.21*E-87 3.??5 E-07 2.344C-97 1.6etE=07 3.3 67E-97.1 3 sit-87 3.37eE-0 7 i
.93et-en 7.2eSE-en j
WSW 2.e48F-eS 6.534t-06 3.477t-06 1.72*t-06 6.696t=e7 3.517E-07 2.178E-97 1.4mit-e7 1.enet-97 9 262f-se 6.552r-en v
3.994t-05 6.le3F-e6 3.263E-96 1 612C-86 6.2SPE-07 3.2saE-37 2.e33E-8 7 1.38#E-07 1.8 8 3E-87 7 755t-Se 6.855E-te 4
w9w 2.295t-05 7.Sast-e6 3.94 3 E-96 1.924f-76 7.377C-07 3.0%eE-07 2 366E-e7 1.688E-e7 1.869E-07 8.92SE-SA 7.464E-98 to 4.690t-e5 1 544E-05 8 82SE-e6 4.004f-C6 3.554E-06 a.3 73[*e7 5.958t-97 3.44mt-e7 2.586E-07 5.927E-e7 1 529t-0 7 W9 W 5.702E-05 3.p43E-05 *.629E-06 4.753C-06 3 865E-06 9.886[-87 6.t enE-97 4. Plat-97 3.092E-07 2.376E-97 3.492E-07 l
4 4.% 2 *f -05 1.459t-05 7.609t-96 3.792E-86 3 467E-84 7.79%C-97 4.75st-87 3.245C=tf 2.367E-e7 3 812E-87 3.4 3eE=e7
- 4C 1.66 st-95 5.296E-06 2.42 3r-e6 3.494f-06 5.4 85t-07 2.a37E-8 7 1.744E-87 1.190E-97 A.66AE-Se 6.625f-98 5 25eE-s*
i 9E 1.295E-SS 4 240E-06 2 262E-e6 1.189f-96 4.27'C-97 2.229E-87 3.368E-a7 9 200E-e4 6.74 7E-te 5.3 46f-08 4.37et-en i
E9E 3.96 7E -06 1.34SE-06 7.e95E-e7 3.460[-87 3.29eC-97 6.671E-eA 4.F52C-en 2.727E-te 1.967E-ee 3 498E-04 1.1730-04 i
E 4.267t-04 3 414E-96 7.490E-9 7 3.696E-07 3 397t-87 7.23eE-en 4.4 tSE-e4 2.905E=en 2 363 E-te 1 643E-08 1.297E-en 1
(SE e.429f-06 2 629f-06 3.399f-96 6.*6PE-07 2 699C-97 3 4P9E-07 4.679C-te S.9 tit-Os 4.306C-te 3.292C-ee 2.609E-te i
3.e77t-95 3.686E-06 1.067E-06 9.005t=e7 3.333E-07 1.696E-97 8.823C-e 7 6.a46t-ce 4.9 85f-c SE i.
7E-05 3.,2it-.6 2. 55r-.6 1. 03E-06 3.774C-97 i.,44t-e7 i.i.3E-.7 7.9..E-.
5.765E-.e 3.730t-ee 2 90et-ce l
SSE e 4.376E-.
3.447E-e4 aseueL 4DERA6C EHite ESCE#pt7ta [petel SISfeuCE 14 4tLES StallmG S.see 7.5 00 18.088 35.000 20.000 2%.000 30.800 35.000 40.898 45.600 Se.See S
6.971f-se 3.327f-ce 2.028t-04 3.e57[-se 6.636E-09 4.607t-09 3.407f-09 2.635t-09 2.letE-89 3.717[=09 3 433f-99
{
SSW A.73 7f-04 4.2 4E-ee 2.188E-te 1.355E-98 s.S32E-09 5.933E-09 4.398E-89 3.394t-t9 2.794t-e9 2.213C-89 3.n44E=e9 SW 5.788E-te 2.095t-04 3 726E-en 9.lC9E-89 5.7S&f =e9 4.e 32'
'9 2.975E-99 2.383E-09 3.839E-e9 1.504t-99 1.254f-89 WSW 5.544E-ee 2.5m9f-Se 3.594E-en a.40st-19 5.304E-99 1.694
.J 2 737E-49 2 197E-e* 3.698E=e9 3.342E-89 3 853E-09 j
- 023f-se 2.44et-es 1.50SF-ee 7.956r-89 5.P34t-e9 3.518s-09 2.607E-09 2.et*E-99 1.613E-99 1.320E-09 3.letE-09 as j
5.753E-te 2.774E-te 1.703E-te e.95DE-99 5.642E-te 3.927E-09 2.*e9r-09 2.253E-89 1.
1.225E-09 www i.24.c-8 7 6. 62C-se 3.739E-.. R.,7 7E-en i.252C-9. e.737E-8, 6.4 09E-e, 5.83st-8, 4.79 7F-89 3 4 7er-e9 9.
23E.8,3.299t-e, 2.75 [-8,
=4.
i.5 4 9t -0 7 7.6.*c-98 4.73tf-00 2.53:E-ee 3.6tSc-ee i.iset-ee 0 462c-4, 6.5 5E-3,S.284c-e,4.34:E-e, 3.632E-e, 1
4 1.173C-47 5.788E-ee 3.517E-te 1.062f-ce I.lelE~ea 4.252E-89 6.835C-e9 4.760t-ce 3.A18E-09 3.123E-09 2.6 eat-09 I
NME 4 279t-ce 2.ePet-te 1.273E-te 6.79 4[-09 4.244C-09 2.*61E-09 2 194E-89 1 704E-89 1 363F-89 1.19 70-e9 9.330E-t e I
DE 3.313t-ce 3.594E-en 9.768E-09 5.127t=09 3.234E-09 2.252E-09 1 67et-99 1 293E-89 1.034E-09 8 467f-le 7.869[-19 E9E 9.5est-49 4.51et-99 2 736f-89 3.415E-89 A.P32E-te 6.lett le 4.494[-10 3.468E-te 2.754f=30 2.246E-te 1.P69E-te E
3.053C-98 5.327t-09 3.964E-89 1.598t-P9 3.te4E-89 6.9 75t-3 8 5. 3 64E-t e 3.994C-t e 3.190E-t e 2 6 t j E-3 8 2.179E-t a j
ESE 2.12 7C -ce 3.031r-84 6.353t-89 3.359t-09 2.120C-09 3.488E-09 1.197E-89 4.5*eE-te 6.Aelt-10 S.646C-te 4.72eE-te SE 2.349E-GA l.lett-ce 6.689f-e9 3.394E-09 2.ll4E-09 3 460E-99 1 076E-09 8 288E-19 6 599E-te 5.3ASE-tm 4.487[-10 i
SSE 2.796E-84 1 320E-te R.e6pt-09 4.19eE-89 2.63 eC-89 1.R2SE-89 1.34*E-89 3 342C-89 8.336E-t e 6.799E-18 5.667[-10 CHIJe SSEC# REFER CUS(D) Fee EAEM Sf6mfMF Sf 6pCW7 peUh0Aalf S IN RILES Ola((fteg
.5-1 3-2 2-3 3-4 4-5 5-1 19-20 20-33 38-48 40-51 i
Face SIff j
S 4.99eE-86 1.06ef-06 3.846E-e7 1 457t-e7 p.669F-ee 3.55 9E -3 A 1 09at-88 4.66aE-09 2.658t-n9
- 1. 725 E - n 9 j
$1W 5.73mE-e6 1.26 9t -96 3.733E-07 3.79at-e7 1.enet-e7 4.445E-08 1 4e4E-pe 6.te4E-e9 3.417E-89 2.22 3E -E 9 i
SW 3.663f-86 e.23 0E -8 7 2.433C-97 1.306E-87 7.14mE-9A 2.946E-08 9.431T-89 4.e62[-89 2.3te[-89 1.5 TIC-se wSu 3 3 79E-96 7.637E-07 2.254f-e7 1.e94E-07 6.613E-48 2 759r-es n.69aE-39 3.74eE-89 2 132E-89 1.3 net-69 4
W 3.1770-06 7.327E-e7 2.le*E-87 1.02*E-e7 6.2ISE-te 2.59st-94 S.233E-e9 3.556E-99 2 032E-89 1.326E-69 l
W4W 3.455[-96 p.44 7E-e 7 2 459E-PT l.tA9E-C7 7.830E-en 2 969E-14 9.275E-e9 3.*77[-49 2 266E-c9 3 476f
'/9 4W 7.923E-e6 3.77?f-e6 5.242E-57 2 5%st-87 1.543f-27 6.455E-98 2.e46[-88 A.445E-09 5 363E-49 3.3*9E-89 W9 W 9.457[-06 2.117E-86 6.373f-37 3.343t-e7 1 999f-e7 8.emlF-18 2.633E=ES 3 14?L-Se 6.626E-e9 4.35AE-e9 4
7.487E-44 1 674E-06 4.919f-07 2.497E-87 3.45tE 37 6.078E-up 1 927E-On A.3%3E-89 4.793E-O*
3.136E-89 h4E 2.74tE-96 6.l p5E-4 7 1.pl5E-a7 9.al4E 3n 5.29mf-P.
2.2 eft-ra 6.*54E-e9 2.998[-N9 1.715E-89 1.122[=r9 4C 2.l*5f-e6 4.993F-PF 1 422f-C7 6.463[-94 4.904f-1.
1.7d2r-94 5 337E-i*
2.2ml[-P*
3.342E-89 a.5e4E-14 f9E 6.mm9E-07 1.4 9 pt -8 7 4.22st-on 2.eest-ce 3 lp5E-94 4.832[-49 3.472[-89 6.186E-13 3.487C-le 2.257E-te i
E 7.276E-a7 1.686t-47 4.594f-44 2 899f-34 3 34*I-em 5.377E-P9 1 668E=e9 7.16ht-le 4.n22r-te 2.623f-le E9[
1.36er-e6 3.97ef -8 7 9.el2F es 4.37mE-#A 2.653E-4p 1.e**E-en 3.477E-e9 3.5b6E-39 A.646E-18 5.669f-10 t
SE I. m'6 E -16 3.P65F-8 7 1 167t-17 5.01s t -3 R 2.93*E-in 1.lp3E-r4 3.%42E-19 1 4PlF-99 8 358[-19 5.413E-te j
%3E 2.442r-36 4.3521 07 1.232f-87 5.p6*E-Ga 9.enIE-Pn I.422[-rn 4.359E-39 1.a4*E.e9 1.15e[-19 6.m29t-le 1
14,
._ - ~ _..
vests Genume LEVEL et cases C0eeECTED Fee OPEN TE 68 alm of Cle[wt aTIGe ettattet DEPe$litem Pts UNI? aera sm..-23 af Flutn Pol 4TS RT DownWtwD SICinas
...e........se......
pl#ECElam DIStabCE! th MILES Eseg $5if e.2s 3.44 e.75 1 68 3.58.
2.ee 2.S4 3.ee 3.58 4.00 4.58 S
2 48 0E-07 9.730E-te 5.eeer-se 2 4 7 7f-4A S.%3et-89 4 234E-e9 2.493E-09 1.63%E-89 1.199C-e9 8 58 3[-13 6.S61[-le SSJ 3 79 9F -4 7 6.SS6E-?e 3.Ilot-ce 1 4 78E -SS S.33CC-89 2.623E-09 1.551[-89 1.elSE-99 7.144E-10 5 295E-15 4.30st-14 SJ 4.90l[-04 3.elet-ce 1.545E=en 7.34 7E-49 2.639f-09 1.3r9E-99 7.7J7E-13 5.e46E-l J 3.S5t E-19 2.632E-t c 2.82ar-t e WSd 7.902E-te 2.672E-84 8.372C-se 6.522C-89 2. 9 4 3E=e* 8. 3 62E-89 6. A4 3 F-8 9 4.4 A 3C=l e 3 152E-t e 2. 336E-t e 1.4 00E-t e d
6.e95E-te 2.33lE-ee 3.197E-te 5 69tE-d9 2.f44E-89 1.eltf-89 5.96*E-t e 3.98*E-t e 2.758t-18 2 43eE-t e 1.57 tf-le wed 3 890E-87 3.684E-te I.e92C-te s.993E-99 3.23eE-09 3.6 82E-09 9.4 53E-3 5 6.17 7E-13 4.346E-te 3 22tE-te 2 4s2f-10 l
44 2.53 0E-8 7 0.SS7E-pe 4.394E-te 2 489E-6A 7.583E-09 3.72tE-09 2 89tr-e9 3.435E-89 3.ss9E=e9 7.48tE-19 S.765E-16 j
e4J 2 586[-87 a.4 75E-94 4.3S2C-e# 2 869E=se 7.431[-89 3.6pSE-09 2 17eE-09 1.423 E-09 9 99eE=le 7.4 t JE-t e 5.71eE-t t 9
3 507E-87 3.05tE=e7 5.394E-te 2 564C-9e 9.2tlE-99 4.56eE-89 2.6*st-89 1.76tE-89 8.239E-09 9. lese-la 7.07eE-8 0 Wet 3.17 7E-8 7 3.94 0 E-84 2.044E-te 9 78st-09 3.498E-t* 1.13t[-39 3.ft9E-e9 6.675E-SE 4.697E-te 3.44t[-10 2.682[-10 m!
8.el4E-87 3.43eE-en 1.76f t-ce 8 372E-89 3.88 7E-89 1 4 9t E-49 8.7alf-l e 5.75JE-t e 4.e46E-t e 2.99eE-t e 2.38 t f-le Ee!
4.7SFC-ee 1.609E-ee 8.26SE-09 3 927E-89 1.418E-09 6.995E-t e 4 19 9E-t e 2.697[-19 1. A9er-t e 1 4 06E-t e 1.sett-l e t
E 4.13t E-ee 1.397E-te 7.lF3C-e9 3.41st-e9 8.225t-e9 6.e 75E-t e 3.s7 7E-t e 2.342E-19 1.64st-t e 1.22tE-t e 9.4 2r-li ESE 6.Se9E-te 2.33eE-ee 3.196E-te 5 647E-89 2.e43E-89 3.el3C-09 5.965E-te 3.946E-te 2.74et-te 2 037E-te 1.969E-14 i
SE 3 790,E.07 4.48at-9.,3. lent-88 1 47st-Se 5.30st-09 1 84,st-89 1.elSE-997. 24E-10.7.141E-13 5 293Cate 4.879E-te 1 3, E-9 7 6.SS4 E=ce 2 632E-89 1.55 SSE
.3e4E-te 1 896E-ee 3.,3,E-e9
.,52C-ee E-8,
.294 E-t e 3.,24E-i t 3.0,4 E-i e I
cIsECr s ee elStanCES In mIEES Faen SITE S.te 7.Se le.se 85.04 28.00 25.00 38.se 35.es 4e.Se 45.38 St.se S
5 282E-te 2.3tSC-te 1.483C-te 7.089C-18 4.298E-Il 2 377E-Il 2 868t-Il 1.54eE-ll 1 204E-11 9.634E-82 7.e47E-82 SSd 3.243E-te 3.44et-10 e.723E-ll 4.409E-11 2.66eE-13 1.739E-31 1.282E-11 9.627E-82 7.48SE-32 5 979E-12 4semet-12 SJ 1.61 tF-t e 7.157E-Il 4.335E-Il 2.198E-11 1.326E-Il 4.892E-12 6.372E-82 4.7aSE-32 3.72eE-12 2.97PE-12 2 426r-12 j
WSW 3.4 3eE-t e 6.353E-S t 3. stet-33 3 94SE-st 1.177E-nl 7.a94E-12 5.656E-12 4.247E-82 3 3e2E-82 2 63eE-12 2 353E-32 W
I.24st-S t S.543E-11 3.35st-18 3.69 7E-11 3 027E-fl 6. east-12 4.935[-12 3.786E-12 2.self-12 2 392E-12 1.879E-82 umJ 1.972E-te 0.760E-81 S.386E-13 2 682E-It 3.623E-II 3.sant-ll 7.799E-12 5.856E-12 4.553E-12 3 637E-12 2.969E-12 l
mJ 4.Seet-le 2.83SE-te 3.232E-t e 6.229C-Il 3.77eE-11 2.52st-ll I.stlE-Il 1.36et-11 l.&SSE-Il s.49et-12 6.095E-12 1
co umJ 4.536E-t e 2.elSE-t e 1.223E-t e 6.lf et-il 3.734E-!! 2 584E-Il 1.794E-11 1.347E-11 1.e47E-il s.367E-82 6.43ef-82
((
4 5.623C-te 2.490E-le 3.583E-te 7.64st-11 4.629E-18 3.184 E-81 2.224E-Il 3.67et-11 1.298[-18 3 8 37E-I t 4.46&E-12 l
}
a.
MmE 2 13tE-IS 9.466E-18 5.734E-Il 2.890E-11 8.7S4E-Il 1.t?6E-Il s.42n[-12 6.32et-12 4.920E-12 3.93et-12 3 2 sat-12 m!
3.436E-te S.SSSE-Il 4.94 eE-11 2.49 7E -I I 1. Silt-11 3.el3E-Il 7.260E-82 5.452E-82 4.239E-12 3 384E-82 2.764E-12 I
E tt e.68 0E -Il 3.82SE-It 2.33 7E-Il 1.l fit-11 7.00e[-12 4.752C-12 3.4 0SE-3 2 2.557E-12 1.9stE-12 1.5est-12 8.296E-12 E
7.477E-Il 3.322E-Il 2.882E-18 1.087[-11 6.tSSE-12 4.127E-12 2.957E-12 2.228E-If 1.727E-12 1.379E-12 1 126r-12 ESE 8.24 7E-t e 5.539E-18 3.3SSE-l t 1.696E-I t 1.026E-S t 6.ae2E-12 4.938 E-3 2 3.783E-3 2 2.8 79E-12 2 300E-12 1.8 77E-12 ~
SE 3.24 0E-8 0 3 439E-te o.73 9C-Il 4.487E-S t 2.667E-Il 1.70et-11 1.288E-Il 9.625E-12 7.482E-12 S.97FE-12 4.Afer-12 SS!
2.4e2E-te 3.867E-te 6.464E-11 3.267E-31 8.977E-St 1.326E-Il 9.5eet-12 7.534E-12 5.547E-12 4.438E-IP 3.617E-12 I
o
..e.....................
ettettyt oEPeSIttee Pts pet? SoEA sp.e-29 ef Dewewino SEEftaS
.eeee......ees.eee......
j SE6mC47 seUkeARIES IN MILES O la EE C I DW
.5-1 3-2 2-3 3-4 4-5 5-30 38-20 20-30 30-48 40-5*
i Feem SITE l
l S
4.se 7E-te 3.Gelf-se 2.615E-89 1.374E-49 6.64st-le 2.553E-te 7.5e7E-Il 2.92er-Il 1.563E-Il 9.677E-12 L
l SSu 3.8 3 9E -84 6.226E-89 3.62S E-89 7.299E-te 4 329E-te 1 588E-te 4.594I-it I.42tE-Il 9.723E-12 6.elet-82 SW t.S l lE-te 3.094E-09 a.eTet-le 3.62aE-te 2 052E-te 1.892E-Il 2.243[-83 9.e49C-82 4.e33[-12 2 991E-12 WSW 3.3 4 t E-te 2.747E-09 7.17tE-te 3.220E-te 3.822E-te 7.086E-13 2.027E-Il a.8 3 3E -12 4 290E-32 2 65SE-82 W
3 17 st-ce 2.397E-89 6.257[-18 2.elet-le I.594E-le 6.ll3E-la 3 769f-ll 7.ee9E-12 3 743E-12 2.387E-12 I
Wow I.a 4 9E-te 3.7pTE-09 9.807E-te 4.441E=le 2 58?E-te 9 66eE-Il 2.795E=ll
j mv 4.2 94 E -te
- 8. 796 E-0 9
- 2. 2 96 E-8 9 1.03tE-09 5.835E-SE 2.24 4E -l a 6.49tE-15 2.573E-Il 1 374r-ll n.583E-32 44W 4.253E-te 4.783E-e9 2.274r-89 3.022[-49 S.779E-te 2.222E-Ib 6.429E-Il 2 54pt-It 1 36ft-Il s.422E-12 N
S.2 72C-84 3.Sast-ee 2.089E-89 1.2668-89 7.363E-te 2 755E-te 7.969E-Il 3.lbat-il I.647E-Il I.e44E-Il mmE I.994E-9e 4.893E-09 1.868E-89 4.79eE-te 2.73SE-te 3 844F-le 3.ePet-13 1 197I-Il 6.3?2[-32 3 956r-12
[
f NC 1.72 E E-te 3.526 E-09 9.284E-te 4.834E-te 2.33SE-te n.993E-Il 2.682E-Il 1.e3t[-11 5 5J6r-12 3.4GhE-12 q
E9E a.873E-09 1.654E-09 4.3tFE-te 3 939E-te 3.r97[-19 4 288E-Il 3.22et-il 4.n3fE-12 2.5a3E-12 3.S99E-12 l
E 7.stSE-e9 1.436E-s*
3.749E-te 1.6a4E-te 9.525E-Il 3.663r-st 1.ese[-st 4.2soE-82 2 243E-32 s.3nat-12 ESE I.169E-ee 2.195E-09 6.252E-te 2.48af-le S. SARI-te
- 6. leet-il 1.767f-II 7.So4E-IP 3 740E-12 2.315E-12 l
SE 3.83nt-44 6.2238-89 3.62SE-n9 7.296E-It 4 32af-le
l SST 2.257E-44 4.654E-09 8.299f-e9 5.4e9E-19 3.seef-14 1 177E-IP
%.4e4f-tl 3.349E-Il 7.24Sf-12 4.46pt-12 I
vfCTS CCenne LEvtL Rft[CSCS CeterCffP F04 SPf1 fTsett] #[Cl2CULCTiet
$*ECIF I C 0030T5 8F 13ffetST stLts5E TTPE OF Ol#ECTION DISTahCE M/4 R/G E15 0/0 SD L OC ATI ON GRILTSD (MCTFAS3 45tC/CUf.mFT[83 I SC C /C U P. *E T E R D GSEC/CUS.*Cital iP[a St.nETER) 20 3fCav 2 268 Pav DFCAT 4.000 Day OtCav MEQLELLILQ MEDLLLL1LO QLtLL1LD a
SITE 9004Daar S
e.49 1434.
3.T351-86 3.T24f-86 3.297[-06 3 22TE-se a
SITE 80pg0aa t SSW O.92 14A8.
4.827f-06 4.all[-16 S.54tC-66 1.a35t-34 a
SITE 90040aa?
Sw 3.89 3758.
1 754f-36 3 744f-96 1.524f-a6 5.*f3E=1=
a S ITE 8 0U4044 7 WSW 3.94 I5te.
2 296t-16 2 285E-36 2 315E-16 7.6450-89 a'
SITE S0040a#7 W
0.9S 1580.
7.176t-96 2 166C-36 3.*llE-06 6.a23E 8*
a Slft gepaseasy want S.96 154P.
2 443E-96 2 43tf-86 2.142f-96 1.teft-tm a
SITE 80UeDaar av 9.72 1869.
9.692C-06 9 666E-96 S.649E-86 4.696t-88 a
SIT [ 0 0UseO sa y new g.62 ISte.
1 441[-15 1 43fE-05 1.2*6C-85 5.969[-04 a
SITE 50043aeY W
t.65 1958.
1 064[-85 3.962E-35 9.55PC-e6 6.436t=818 a
Slff 800 eda #T Ret 0.63 lett.
4 117E-06
- 4. lent-06 3.702C-06 2.75ft=0R a
SITE BOU40may at 3 64 1938.
3 2tT[-06 3 211[-06 2.890E-06 2 2900-18 a
SITE 50040as?
E NE C.62 1998.
1 068[-86 1.863C-96 9.551[-87 3 135t-05 a
S IT E B 0090 am t C
0 61 99C.
l.149E-06 1 14TE-06 1 5360-06 1.312t-se a
Slit 30090aP Y ESE 5 61 980.
2.131E-86 2.12a[=86 1.92tE-86 3.6 ATE-08 a
SITE ROU90sey St 3.e6 1733.
9.eger-87 8.9Att-07 7.444[-47 1.243t-ce a
slit 90UeDat t SSE 5.91 1968.
l.451E-06 3.44T[-86 1.27TE-96 3.4090-04 4
e*
an-M i
1 i
i i
~
v.
=m.
t t
L
~
)
l Atmospheric Diffusion Estimates
}
Cround-Level Releases January-June 1983 l
l f'
l I
I r
t 1
j l
i 9
I 4
)
B116
-.~ - -
. - - - -.. _.. - - - ~ -._-
- - - ~ - - - -
1 t
i j
wrces Seesee Etett MatCSE S l
9e etter. eestett et e
_ teost*f te fee este Mesete ef tsstut atsee s
==8.M EM M eMC - Me C. Met eineME.e etus 4
Sittee e.2*e e.See 4.79e 3.44e 3.503 2.See 2.Ss3 3.000 3.9 98 4.000 4.See i
S 3.49M-05 3 8838-ee b27M-86 3.S eM-e6 3.2est-e6 6.36M-e7 3.468t-et 2.726E-07 2.0865-07 3 949t-et 3.24eE-er
,.7.W -M 9.u n-M S. 444-M S.4eSt-96m-M 2. ult-M 3...M M S.4.u
.t 4.82M-97 3.949t-GF 2. 44M-99 8 92M-07 8.998f-97.
Ste 4.SSet -05 8 3FM-OS 7.2 3.4*et-86 7.6S9t-e se 3.M4f-.
2.MM-n
,=-. 3. 3 = -., 3.. M -.,
t 1
W5e 3 939t-et 6.Maf-M 3.454t-06 3.7P98-86 7.04W-et 3.779t-et 2.378t-er 3 4ME=et 3 222t-05 9.49M-se 7.6535e8 i
W 3.79et-et 6.889t-e6 3.5eM-46 8.6SM-86 6.579E-et 3.SSM-et 2.225t-e7 3.S45t-et 3.044t-et e.seM-ee 7.84et-ce i
uns 2.49H-95 a.etM-M 4.4PM-96 2.2 Set-46 e.e4et-e3 4.74M-oP 2 9eSt-eF 2.0PM-eP 3.SSM-49 3.I93t-e7 9.S9et-se
[
1 l
9e S.599t-es 3 86M-SS 9.9eet-M S.SSN-96 2.et M.M 3.89M-e6 6.92M-et 4.85M-er 3 6eM-et f.etet-et 2.269t-et ese 4.9994-M 2 2598-95 3.2988-es beeM-86 2.4eM-86 8.548t-M e.499t-tr 6.3 84t-47 4.979t-et 3.5e98-47 2.90et-et e
6 8 73E-ee 2.etM-05 8.86M-SS S.3646-06 2.IPM-e6 8.neM-e6 7.569t-et S. Sept-et 3.968t-OF 3 8eM-97 2.93St-et met 2.4 Set-es e.344f-es 4.53M-46 2.2088-46 9.4244-et 4.SSSt-47 3.e5M-et 2.nett-47 8. Stat-et 5 209t-et 9.72M-ee M
3.96M-et 4.enet-e6 2.2eH-M 3. tem-e6 4. seat-er 2.2eM-er s.42M-en 9.esM-os 7a4M-ee S.99M-ee 4.4est-Ge (H
- 6. sew-M 2.sent-e6 a.t set-e6 S.e4M-ee 2.2 Set-n 4. test-er 7.SeM-ee Saett-ee 3.MM-M 2.stM-M 2.24M-ee
(
7.3Fet-06 2.99et*06 E.544t-06 6.7 Pet-49 2.469f-er 3 4246-et e.9294-fe 6.O PM-ee 4. Met-ce 3.SSM-te f.eSot-ce LSE 7.84M-86 2 46et-46 8 49et-06 7.2988-49 2.e3M-et 8.SSM-e t 9.646t-ce 4 64M-ee 4.9est-ee 5.eeM-ee 3.eSat-Se SE 3.3 978-95 4.e4M-e6 2.99M-96 3.2SM-e6 4.Peet-et 2.46St-eF I.SIM-e7 8.42M-et 7.4ett-et S.789E-ee 4.93M-Ge I
SSE 3.364t-e5 4.464f-46 2.3FM-46 3.3 9M-86 4.S$ M-49 2.579t-47 8.46et-et 3.eeM-et 7.37M-ee S.67M-ee 4.52M-ee amena( esteset tatse eMtssette tuotet
- essgeett te ettts j
Maese6 S.eee 7.See So.see 39.000 20.000 29.ees 34.000 35.08e 44.000 45.000 St.ees S
3.Satt-45 S.SSM-ee 3.3SM-te 3 8696-8e 3 299t-ce 9.2eM-49 7.294t-09 S.893t-e9 4.9eM-09 4.20st-09 3.6SM-09 i
SSW t=SeM-et 6.9678-ee 4.M9t-ce 2.4SM-te 3 6 Set-es 3.22M-ee 9.SeM-09 7.etM-49 6.54et=09 S.4eM-39 4.eest-49 Se S.SSN-es 4.4eer-te 2.Sett-te 3.4 Set-ce 3 89M-te e.439t-e9 6. Met-09 S.47M-49 4.25tt-99 3.64M-49 3.329t=99 WSs 6.Seet-ce 5.22SE*ee 2.49et*Ge S.Seet-ee 7 9eM-49 S.8944-09 4 60st-e9 3.7434-09 3 32PC-89 2.67M-09 2.529t-99 to e
S.90et-ee 3.820t-ee 3.95BE-98 3 48M-ee 7. Ster-99 S.54M-e9 4.33St-99 3.SSN-09 2.94M-89 2 98M-e9 2. tem-e9 i
wtw 7.954t=e9 4.86M-ee 2.658t-OS 3.SGM-ee 3.eSet-ee V.SSMae9 S.984t-99 4 4288-99 4.459E-99 3 4SM-49 3.4e9E-09 i
8.eeM -e
- 2. 2M-.f 9.74M-Go 6.3498-ee 3.67et-Go 2.e*9t-Ge 3.89et-ce S.4ett-Se 3 894E-te 3.003E-te 8 99et-09 7. 49M-09 95 I
4 7 a.nM-., e.3FM-.e 4.94M-ee S.MM-ee 2.uM-.0 3 99M-
.uM-3.3.M-M 3.SeM-te
.M-4 so.
1 4
2.890E-et 3.8948-ey 7.Sett-ce 4.89M-ee f.eest-ce 2 3SM-ee 3.7eM-ee 3.39M-ee B.87M-M 3.etM-te 8.e4Ft-49 l
est e.429E-te 4 99M-te 2.6438-4e 8.Sett-te 3.etM-ee 7.49et-49 S.432E-49 4.73M-49 3.9tM-89 3.3FM-09 2.938t-49
{
M 3.6eW-ee 3.etet-ce 3. tem-ee 6.67M-49 4.499E-09 3. Met-49 2.SS9t-99 2.4SM-89 3.Deat-09 B.4SM-09 8.2 Set-99 Egg 3.eSet-ce 9.se6t-09 S.744t-e9 3.IPM-49 2.e99t-89 3.999t-99 0.04M-49 9.SSM-te 7.73M-te 6.54et-Be S.639t-se t
2.3 Set-ce 8. tem-te 7.639t-99 4.38 M-49 2 89M-49 2.3 3M-49 3 69et-99 3.548f-09 3.S tat-99 9.52M-8 8 S.2 Set-8 8 (St 2.SS M-ee 3.2 Pet-ce e.28M-99 4.6945-89 3 82M-e9 2.Seet-09 3.79M-09 8.45W-e9 8.29M-49 3 43M-89 e.94e5-18 SC
- 3. Post-ce 3.etM-ee 3.33M-ee 6.89PE-99 4 06M-09 2.944t-e9 2.299t-99 3.etet-49 3 49M-09 8 26M-49 3.eeM-09
]
S5t 3.f tet-ce 8.eSet-ee 3.3 74t-48 6. Stet-09 4 37et-09 3.998t-99 2.4eM-49 2.eeM-09 3.M9t-99 8 42M-99 3.229f-89 I
tusse eStCJetMe teetet tee TAC 3s StGetet a
StGatet Seusseetts le ettt.s siettete.
.5 8 3-2 2-3 3-4 4-S S-8 so-a n-M 38-4.
es-Se fece 58vt S
6.etet-96 3.37M-86
- 4. tem-07
- 2. Stat-GF 8.2SM-e7 S.4SM -ee 3.9tM-Ge 9.354f-49 S.90 M-49 4.28 7t- 09 Stu 7.eDet-46 5.68 M-86 4.9eM-97 2.SSMaet 3.96M -87 6.92M -ee 2.449E-te 5.253C-ee 7.R1 M-99 S.68et-99 SW 4.9%E-06 S.349E-86 3.904E-07 8.7S4t-47 3.SeM*ef 4.74M-ee 3.678t-ee e.aeet-89 S.09et-09 3.6 8 M-e9 t
stu 3.42St-86 7.9f M-e t
- 2. Mat-et 3.248E-47 7.69M-ee 3.399t-ce 3 28M-te 5.93M-49 3.794t-e9 2.677f-69 t
u 5.39FE-06 7.444t-07 2.30er-47 8.368t-et 7.20M -ee 3.S e M-te 3.3 Set-ee S.SeM-49 3.53M-89 2.SPM -89
{
wee 4.3 Set-06
- 3. test-e6 3.Seet*89 3.SSSE-GF 9.675t-88 4.2eet*ee 3 548t-Ge 7.6eet-49 4.8348-e9 5.465t-99 9e 9.7825-06 2.2 7 M -e6 7.tS M-e t 3.6%M-07 2.2 eat-9F 3.82M-4 7 3.74?f-ee 3 479E-te 3 39M-ee e.685t-89 mes 3.3FSt-OS 2.7868-06 e.974t-47 4.64et-et 2.930s.cf 3.334t-et 4.994t-ce 2.54et-48 8.64 M -te 3.399E-ce a
3.e42f-eS 2.444t-e6 7.et M -8 F 4.82M-47 2.53M-87 8 344t-87 4.2 7M-ee
- 2. 9 4 M-t e 3.48et-ce 3.eISt-ce met 4.3F9f-96 3.42M -96 3.3 4 M -07 3.Se tt -07 9.79M-ee 4.324t-04 3.SSOE -te F.S24f-09 4.758E-09 3.34M -e9 et 2.82Ff-86 4.9994-87 3.479t=97 7.3%St=ce 4.530t-ce 3.96 M -S e 6.P4 M -89 3.2**t -9 9 2.86M-89 8.4SM-19 89t 3.tlet-e6 2.SPet-e7 7.5 68-ee 3.723E-Se 2.262t-34 9.674E-89 3.26 M -89 8.S29t -t9
- 9. 39 M -I e 6.SS7f-1e f
3.2 6f-96 3.82 9t-0 7 9.242t-ce 4.629t-58 2.pSPE-49 B.2%W-94 4.4BM -89 2.842t-99
- 3. 34M -e9 9.54 M -I e t s:
- 3. wer-e6 3.nl:-et 9.94 M -ee 4.9e n -se s.e:M-ee 3.3 sit-e.
- 4. 66t-c9 2.5:M -39 3.4% t-=9 a.e=6 -n9 it 2.44FF-e6 S.=6 86 -9 7 3.% F2f -O F F.68as-se
- 4. Seat-6.
3.9 t st -o n 6.5e98-99
- 2. Star-e9 3.g g u -e9 3.2nt-t9
%%f 2,4 te t -66
% tA*t-4F t.s24f-e7 7.49te-em 4.sa et as 3.964s a
6.pt65-e9 9.??tt w 2.p3?r-ie 3 4??t-i*
- ~, --- _---- - -... - - - - - ~ ~-
~ ~ ~
- - - - - - ~ -
- - - - - - - - - * - - ~--'-~~ ~~
\\
VFRTS 62nUNG LE VEL arEEA$rs 2.259 O A Y DEC A Ye. UNDE PLE TE D
-CORRE*7ED roR OPEN TEPRAIN RECIRCULATION ANNUAL AVERAGr CHI /O (SEC/ METER CUREDI
. DISTANCE IN MILES.
SEC70m 3 259 P.508 8.758 1.000 1.5?O 2 001
- 2. Sat' 3.000 3.500 4.000 4 500 5
3.48Ar-05 1.1 par =05 6.249E-06 3.0REE-P6 1.194[-06 6 296E-07 3.939E-n? 2.6R2[-07 1.*69E-07 1.516f-97 1.PleE-87 SSW 4.043E-05 1.370E-95 7.229E-06 3.5P l f-06 1.414r-06 7.555[-07 4.737E-07 3 276E-37 2 419E-97 1.R72E-07 1.50ll-07 SW 2.78tE-05 9.5750-06 5.122r-06 2.552E-06 1.pntr-06 5.318F-07 3.319E-87 2 245E-07 3.6AIE-07 1.297r-17 1.337E-07' WSW l.935F-35 6.533E-06 3 512E-06 1.76er-96 6.9%4r-07 3.7150-07 2.327F-07 1 60NEac7 1.166E-07 9.169E-08 7.342E-OR W
l.7a7E-25 6.095f-06 3.P A3r-06 1.64 4E-06 6.502E-87 3.4 76[-e 7 2 179E-9 7 1.%e6E-07 1 132E-07 8.60PE-0A 6.A93r-9A W9W 2.4 9t E-05 a.37 70-06 4.450r-0 6 2 21%E-96 p.74pE-07 4.6 76?aJ 7 2.932E-0 7 2.02 7E-07 1.4 97E-ST 3 15mE-0 7 9 2plE-en 4W 5.5 mat-85 1. pint-05 9.937E-06 4.9A2C-96 1.996E-06 1.0 77E-06 6.p 03E-0 7 4.73 t t-07
- 3.5L D E-07 2 727E-07 2.l?4E-0 7 N1W 6.983E -05 2.250E-05 1.20PE-05 6.03aE-06 2.455E-96 1.3390-06 8 521[*07 5 962E-07 4.4460-97 3.469[-07f7.Melf-87 N
6.1590-05 2.e06E-05 1.064r=05 5.32mE-06 2 155r-06 1.171E-06 7.4 33E-0 7 5 192r-31 *3.46f t-87 3.515r-07 2.432E-0 7 N4E 2 435E-85 A.326E-86 4.520E-06 2.271E-06 a.966E-8 7 4.798 [-07-3.9 94 E-07 2 8 74E=e7 7.535E-9 7 1.l ARC-Gl'9 52nt-On 9E I.16 8E-95 4.85 t E-06 2.199E-06 1.189E-96 4.287E-07 2.2 71[-07 1 4 84 E-0 7 9 729f-09 7.155E-SA 5. Stat-OR 4.411E-On ENE 6.065r-06 2.180E-06 1.173E-56 5.A33C-97 2.23tE-87 1.169E-0 7 7.P inE-0 8 '4.921E-0R _3.5e3g-0R 2.754E-BM 2 1M9E-en E
7.169E-06 2.452E-96 1.339E-06 6.7410-07 2 6470-87 1 409E-07 a.893r-em 6 071E-04 4.473[-88 3.455E-08 2.765E-On FSC 7.836E-96 2.652E-06 3.443E-06 7.263E-F7 2.n5?[-07 1 51PE-07 9.493E-08 6 547E-68 4 826E-08 3.729E-98 2 945E-DA SE 1.3 76E-05 4.846E-96 2.551E-06 1.249E-06 4 726E-97 2.4 53 E-07 1.5 02[-07 1 019E-07 7.4 09E-te 5.65nt-on 4 4 83r-e8 SSE 1.383r-05 4.455E-06 2.3650-06 1.16mE-06 4.4 n5E-0 7 2.35t E-0 7 1.4 53E-8 7 9.93 PE-08 7.263E-De 5 5 76t=0 m 4.*3pE-On
(
ANNUAL AVERAGE CHI /O (SEC/ METER Cube 05 Ol%7 ANCE IN MILES 45.90t/
59.000 r'
[
l SEA 1ING 5.000 7.500 10.000 I5. Spa 20.009 25.089 30.008 35.000 40.000 S
9.93 20-08 4.94 4 0-04 3 122E-98 1 717[-08 1.126E-SA 8.086E-09 6.156E-09 4.A77E-09 3.979C-09 3 3200-p4~2.820E-09 SSW 1.256E-07 6.215E-04 3.945E-en 2.177E-08 3 422E-04 1 017E-OP 7.69nE-09 6.063E-89 4.917E-09s4.077E-n9s3.440E-09 SW R.5350-0A 4.230E-08 2.661[-08 1.44RE-08 9.354:-09 6.624E-09 4.977E-09 3 093C-09 3 138F-89't.588E-99 2 173E-09 WSW 6.041E-08 3.01AE-38 1.906E-08 1.041E-08 6.73HE-09 4.779E-0913.592[-09 2.811E-89 2 265E-09 1.868E-09 1.56pt-E9 W
5.672E-08 2.440E-88 1 797E-04 9.844E-09'6.382[-89 4.534 E-0913.413r-09 2.674E-09 2.157E-09 1 7 Aer-09 1.495E-E9 W4W 7.645E -en 3.ntit-08 2.43 70-Op l.342E-04 8.753E-09 6 2 49E-0 9 4.725F-0 9 3.717E-0
- 3.01 t E-0 9 2.4 9)C-09 2 182[-09 4W l.812E-47 9.204r-04 5.P82E-08 3.272r-06 2.146E-08 1.5 39 E-0 8 1.1680-88 9.216E=99 7.4A4E-49 6.213C-09:5 24Ar-09 C
a3 N4W 2.322[-87 1 193C-0 7 7.682E-08 9.314 E-0A 2.844E-08 2.046t-08 1.9560-04 1 230E-GP,9.993[-e9 8.300E-09.7.ct2r-09
-a 3$
N 2.015r-07 1.034E-07 6 65mE-08 3.746E-08 2.477E-08 1.7RRE-OR I.364E-CA 1 082E-3A R.824E-09 7.355E-04 6 237E-09, NME 7.853r-SA 3.961E-de 2.525E-08 3.4C6E-8A 9 265E-09 6 689E-09 5.Il5E-01 4.070E-09 3 333E-09 2.791E-09 2 37AE-f9 1E 3.62SE-SA 1.pler-98 1.1460-08 6.333E-89 4.163E-r9 3.0020-09 2 296E-09 1.82pt-89 F.4 9 Ar-39 1 256E-19 1 0 72 r-09 EME 1.798E-08 8.755r-09 5.456E-09 2.948t-09 1.89er-09 1.343E-0* 1.0 8 2E-0* 7.952E-l O 6.443f-lO 5 34 4E-10 9.5150-13 E
2 275E-AR 1 139E-08 7.221E-09 3.946E-09 2.610r-09 1.R74r-99 1.427r-99 1.13tE-09 9.23r0-le 7 747E-10 6 551r-RO ISE 2.4 5 7r-en 1.233E-en 7.n31E-e9 4.339E-09 2. A52C-09 2.955E-89 1 110E-09 1.248E-09 1.02f t-09 A.554E-19 7 290E-10 SE 3.65 7E-88 1.777E-te 1.194E=e r 5 959E-09 3.n68[-09 2.765E-09 2.lFPE-09 1.666E-19.1 361E-09 1 139E-89 9 7Plf-19 SSE 3.6350-08 1.792E-04 1.125E-08 6.147E-n9 4.016E-09 2.883C-09 2.195r-09 1 74tt-99 1 423E-99 1.190E-09 1 013C-89 EHI/O (SEC/ METER CD8ED) FOR FACH SEGMENT 4
SEGMENT ROUNOARIES IN MILES DIRECTION
.5-1 1-2 2-3 3-4 4-5 5-10 10-20 20-30,
6.077Ey06 1.364[-06 4.0550-87 2.800E-07 1 220E-07 5.243E-sA 1.76&E-08 8.159E-09 4.9010-89 3.330E-09 S$W 7.446E-06 1 603E-06 4.9 F. 4 E -9 7 2.455E-07 1.383E-07 6.572C-r8 2 234E-08 1.026F-PR 6.293E-09 4.090E-99 SW 4.9A9E-06 1.137E-06 3.4
- SE-0 7 8.7DPE-DF 1.045E-97 4.4R5E-f8 3.490E-04 6.692E-09 3.915E-09 2.5*7E-19 WSW 3.495E-06 7.ASAE-97 2 410E-07 1.204E-97 7.401E-r8 3 1960-08 1 07tt-08 4.R27E-09 2 826F-89 1.874r-89 W
3 140r-06 7.366E-07 2.256E 1.129E-07 6.9450-fA 3.00AE-PA 1.011[-08 4.57AE-09 2 688E -g*
1 7n6r-09 W4W 4.329F-06 9.916E -8 7 1.835E-07 1.519E-07 9 357f-98 4.062r-08 1.378r-08 6.3070-09 3.756E-09 2.501E-09 '
NW
- 9. 656 E -0 6 2.25tE-06 7.032F-07 3.563E-07 2 2tlE-37 9 710E-08 3.352r-38 1 552r-en 9.260F-59 6.?32C-09 N1W I.168E-95 2.755r-06 4.795r-c7 4.5170-97 2.R22[=07 1.255E-c7 4.439E-9A 2.?63E-On 1.235E-On 4.325E-09 N
l.0570-e5 2.422[-06 7.677F-97 3.a23r-c7 2.453r-17 1.3 PAC-07 3.A29r-G8 3.APPE-1A 1.087E-9A 7.3760-c4 N1C 4.367F-06 1.0lfr-n6 3.ll0E-07 1.55PE a7 9 6050-CH 4.lRRE-08 1.441r-6R 6.7470-09 4.ORar-49 2.799E-99 4E 2 1??r-06 4.882f-07 1.466r-07 7.267E-HA 4.4481-88 1 9tAE-03 6.507E-n9 3.029E-0*
1.836E-09 1.2600-39 ENE I.134r-06 2.555I-07 7.4enf-9A 3.653E-OR 2.2090-3M 9 37tE-n9 3.035r-n9
- 1. 35 p t - v9 7.997[-IP 5.362E-10 E
I.218E-06 3.396E-p?
9.189E-0p 4.5420-0p 2.7H8E-PA I.2G6r-na 4.C94E-99 1.nalf-r9 1.l?6E-09 7.730E-10 FSE 1.393F-06 3.239F n7 9.P3t[-op 4.900E-04 3.el0E-08 1.30%E-9R 4.454E-19 2.974E-09 I.254E "9
p.579E-ID SC 2.442r-06 5.440f-07 1.562E-07 7.537F-04 4.5?5r-PM l.p96E-Om 6.1590-0*
2.194C-19 1.6740-?9 1.142E-J" S4r 2.298r-96 5.13 6f -0 7 00599U-09.
Og3QyQ-DQ OnaPOR-90 Rn9maa-@Q.
8n2907-29 SnaROE-OO DnD5@R-30 RnR*32-@*
9fMTS 820040 t[vt[ CitraSr5 A.EOS 087 DECA 7e DIPLFTED C0%%rti t D F03 CPEQ ItR2AIN C[Cl2CULAfl03 ANNUAL AVERAGE CHl/0 f$[C/MritR CUBE 01 DISTANCE IN Mit[5 SECrnm 8.250 0.500 4.750 1.000 1.500 2.031 2.509 3.900 3.51n 4.000 4.500 S
3.3040-05 1.87*t-95 5.584E-06 2.7310-06 1 02et-n6 5.253E-07 3.197t-07 2.155t-07 1.557f-07 1.la2r-37 9.3090-On Stu 3.831[-05 1 254[-05 6.465r-06 3 34*r-06 1 20*r-06 6.317E-07 3 885[-37 2.641[-07 1.923r-07 1.467E-07 1.161[-97 SW 2.635t-05 n.767r-r6 4.5p3[-06 2.246I-06 A.569C-07 4.4 52E-C 7 2.776E-0 7 8.4 4 6E-8 7 1.3 3 R[-2 7 1.S t at-3 7 p.G 3 RE-0 8 WSW l.4340-05 5.984E-06 3.144r-06 1.590[-06 5 9600-07 3.114E-07 1 914[-07 1.3nt[-07 9.456r-0A 7.2tSE-OR 5.707[-08 W
1.693t=05 5.5Al[-06 2.938f-06 1.448[-06 5.569r-37 2.918E-97 1 79tt-07 1.237E-07 8.953[-0A 6.757F-38 5 34Ar-08 W1W 2.36t[-95 7.669E-06 3.ea0E-06 1.94PE-06 7.4 ASE-07 3.9 t I E-0 7 2.4 c6[-e 7 1.635[-07 1.In9[-87 9.cne -08 7.tnft-On 9W 5.2960-85 1.701E-05 p.apa[-06 4.3m2t-f6 1.75pr-06 9.Ollf-07 5.582r=07 3.8170-07 2.790[-07 2 119E-07 1.699E-07 N4W 6.619t-05 2.061[-05 1.074f-05 5.31%f-06 2.104E-06 1. 8 220-06 7.0 05[-0 7 4.R2 8 E-0 7 3.54 3[-0 7 2.72 AE-0 7 2.176t-0 7 N
5.R3 7F-05 8.8 3 6[-05 9.516 t-0 6 4.686t-06 1.m44[-06 9.7*30-07 6.lSet-07 4.189t-07 3.073[-07 2.364r-07 1.RR3E-07 NME 2.3060-95 7.615E-96 4.037[-06 1.994t=06 7.650E-07 4.99PF-07 2.4520-P7 1.666[-07 1.211E-07 9.236E-08 7.307[-OR SE 1.a99[-05 3.704E-06 1.963t-06 9.659t-07 3.654[-07 1.R90F-07 1 1530-0 7 7.746E-O A 5.632t-0A 4.279[-08 3.373C-08 r1C 5.746r=06 3.995[-06 1.048E-06 5 108E-07 1.906E-07 9.751[=0A 5.n97[-0A 3.954[-0A 2.842[-08 2 147E-08 1.6m4E-0R E
6.798t-06 2.243t-06 1.196r-06 5.924r-07 2.261[-07 1.176r-07 7.20![-0R 4.R79E-OR 3.53RE-SA 2.6*4[-08 2.12MC-0R ES[
7.423r-P6 2.426F-86 1 2890-P6 6.379[-07 2 4350-07 1.266[-97 7.755E-98 5.255[-08 3.8110-08 2.9830-08 2 2*3t-OR St 1.303f-05 4.429E-06 2.277[-06 1. east-P6 4.n26E-07 2.038t-07 1.222E-07 8.143[-34 5.82SE-on 4.377t-On 3.439[=en SSE 1.2 3 4 r-05 4.0 74[-06 2.ll2r-06 1 0 25t-36 3.a26E-0 7 1.953E-0 7 1.196[-87 7.959[-08 5.72ar-08 4.333C=On 3.4e2[-08 A9NUAL Av[nast CHI /O ISEC/MfitR CUPtol DISTANCC IN MILFS PE AtlNG 5.000 7.500 10.008 15 000 20.090 25 000 30.000 35 100 40.00u 45.000 Sn.000 5
7.55t[-08 3.59tE-OR 2.183t-08 1.134[-OR 7.ller.09 4.92pE-0* 3.63nt-09 2.806E-09 2.234[-09 1.A23f-99 1.516[-09 SSW 9.456t-On 4.556[-04 2.794f-08 1.4650-38 9.214t-0* 6.3*6[-09 4.725E-09 3.644[-9* 2.90lE-09 2.365E-09 1.965t-09 SW 6.528F-08 3.llit-OR I.A91[-08 9.789[-09 6.0940-09 4.l?5E-09 3.t780-09 2.360E-e9 1.8680-09 1 516[-09 1.254[-09 WSW 4 6 4 4 E-08 2.229[-3R 1 361[-0R 7.097[-09 4.434r-09 3.068[-09 2.253E-09 8.729[=0* 1.371[=09 1.1140-09 9.226[-10 W
4.353[-OR 2.092t-08 1.2800-04 6.677E 89 4.378[-0* 2.nnnt-09 2.1250-09 1 633[-09 1.296[-09 1 054[=09 A.731E-10 WNW 5.853t-08 2.820E-3A 1.728[-08 9.053E-09 5.689r-09 3.946[-49 2.913[-09 2.245[-09 1.7850-09 1 454[-09 1.20AE-09 oo 4W l.3 8 8F -0 7 6.756 0-C A 4.173C=0A 2.236[-99 1 394t=04 9.710E-09 7.l o2t-0 9 5.55mt-C 9 4.431 E-0 9 3.617E-09 3.90 9E-09 N4V 1.7840-07 A.803E-08 5.485[-08 2.937E-08 1.8730-04 1.3 tit-0A 9 754[-09 7.565E-09 6.049[-09 4.9%c[-09 4.177E-09
[$
N 1.542[-97 7.549t-98 4.721E-08 2 523E-08 1 607[ n8 3.126t-08 8.383[-0* 6.505E-09 5.205[-09 4.263[-09 3 557[-09
- 11 5.947t-08 2.860f-08 1.75tE-08 9.167[-09 5.76rt-09 3.994t-09 2.955[-09 2.282[-09 1. RISE-09 1.9*5[-99 1.236E-01 si 2.736t-08 le300F-08 7. A92[-99 4 086[-99 2.552r-09 1. 763 E-0 9 1.259[-0 9 1.0 0 n[-09 7.957E-10 6.4 R8[-10 5.394 E-10 (M
1.360E-04 6.347E-09 3.m03[-09 1.929E-09 1.1R6[-09 A.D ATE-10 5.m92E-10 4.494E-10 3.54 4[-10 2.867E-t e 2.367t-19 E
1.7290-08 8.267[-09 *.039t-09 2.620[-n9 1.638f-09 1.332E-09 8.343r-80 6.4200-10 5.103r-10 4.1570-10 3.4531-10 ESE 1.A64E-PA 8.91RE-09 5.44tE-09 2.435[-09 1.776f-39 1 23p[-09 9.076t-10 6.997E-li 5 5700-10 4.544E-10 3 7800 *0 SF 2.752E-CA 1 27PE-06 7.557t-09 3.R38[-09 2.3400-09 1.59AE-09 1 166[-09 A.913E-10 7.046E-10 5.716E-10 4.732E-10 SSE 2.752E-CA 1.293r-0A 7.792[-09 3.999[-0? 2.4n9[-09 f.715[-S9 1.261[-09 9.694t-18 7.700[-10 6.271[-10 5.208t-IS CHl/0 (SEC/Mr7CR CUREDI FOR FACH SEGMENT SEGMENT ROUNDARifS IN MILES DIRECll0N
.5-1 1-2 2-3 3-4 4-5 5-10 10-20 20-30 30-40 40-51 F40M Sl1T S
5.4650-06 1.176t-06 3.3280-07 1.5A5[-07 9.402[-0R 3.n4St-08 1.179[-04 4.994[-09 2.826E-09 1.83t[-ng SSW 6.342E-16 1 384[-c6 4.P36F-07 1.*54F-07 3.177t-97 4.862[-08 1.53*E-08 6.479t-09 3.6 74[-C 9 2.3 76 t -0 9 SW 4.4 74 E a6 9.R26E-07 2.R34E-37 1.36tt-07 n.Iltr-18 1.32r[ an 1.017[-08 4.255[=09 2.37et-49 1.524E-3a WSW 3.n67F-06 6.PISt-07 1.999t-07 9.617[-08 5.763r-08 2.3nor-PR 7.36ct-09 3.103[-09 1.742[-19 1.1890-19 W
2.n63r *6 6.367t-07 1.p60E-07 9.0P4t-0A 5.397t-PA 2.233t-On 6.926t-09 2.927[-09 1 545t-n9 3.n5"f
-9 W1W 3.997F-06 8.5630-07 2.499[-07 1.280[-07 7.254[-08 3.00*r-en 9.3n6E-09 3.997[-09 2.26?t-39 1.46tr-0?
Nu R.693[-16 1.944E-06 5.79tf=07 2.R3%E-97 1.714f a7 7 199f-PA 2 2n2[-08 9.83tE-f9 5 5950-39 3.633E-09 N1W 3.952t-05 2.3 Alt-n6 7.255t-07 3.59ar-07 2.1941-07 9.357t-04 3.h30t-On 1.3260-PA 7.6130-09 4.978t-19 N
9.*15r-16 2.693C-06 6.320t
- 7 3.122r-07 1.h99F-47 m.055r-09 2 644[-9A 3.139[ p8 6.5460-r9 4.241E-?9 N1[
3.924f-06 4.7560-17 2 54*(-07 1.231[-07 7.37%F-98 3.053r-3R
- .5eff-39 4.05tr-09 2.2*mt-09 1.492C-0*
NF 1.936r-06 4.20 2r-0 7 1.?a9F-57 5.732[-9A 3.406I-0P l.1920-CR 4.2%DF-0*
1.78Rt-09 1.0080-09 6.% Int-30
[NE 1.323r-16 23234f-07 6 34PT-en 2.n95r-Dn 1.793r-PA 6.H27[-09 2 035E 19 A.214T-SP 4.5'l[-19 2.AA2t-10
[
1.16tt-96 2.%*3[-97 7.4 n f r -08 3.6P3r-9A 2.14RE-PP R.R3R[-09 2.729[-49 1.leNE-09
- 6. a 6 7[ - 10 4.lT7f-la FSE I.2%2E-96 2.7*2F-07 P.963[-08 3.MTRE-SA 2.314[-0R 9.532[-0*
2.9440-09 I.?*7I-09 7.P47F-In 4.%65r-In SF 2.210[-06 4.8 9 2r-0 7 3.??7F-07 5.934I-04 3.456r-ap
- 3. A7 3r-r9 3. ** m p f - 1
- 1.6230-99 R.9Pmt-l*
- 5. 74 6F -I f 53r 2.GA%r-P6 4.425r-07 l.236f-17
%.H34r-OR 3.437F-fm I.iR9t -8 n 4.173r-ng 1.740t-h*
- .7 API-10 6.3nif-le
vtNTS GROUNO LEVEL RELT ASES C04AE"TED FOR OPF9 TEAAAIN EECIRCULATION
..............eeee...
AttaTIWF DEPOSIIl0N PI A UNIT Apfe 84..-2)
AT FINID P0lNIS FY 00WNWIND SECicas
.e.e.e.e.e..se......
DIAFCil0N DISTANCIS IN MILES FA0M SITF S.25 e.Se 0.75 3.te 1.%e 2.00 2.50 3.00 3.50 4.88 4.50 1
3.063t-e7 1 036[-s7 5.3 t A[-se 2.5280-Je 9.9 Af f-69 4.564[~e9 2.652f-09 1.737E-09 1 222E-09 9.856C-10 6.97AE-10 SSJ 2.10lt-077.104E-0Af.64PE-08 1.734E-en 6.229t=09 3.0A9E=0? l.Angf-09 1 19tE-09 A.3 Alt-la 6.281[-10 4.786E-30 SJ I.8 8 7E-0 7 3.439E-en 8.766E-08 8.394f-09 3.015t=09 3.495f-09 8.P 05f-10 5.765[-Id 4.e57E-t e 3.8 06[-3 0 2.317[-18 WSW 6.958E-94 2.84&E-te 1.C50f-de 4.994f-99 3.794t-09 4.996f-lo 5.23PE-10 3.430E-19 2.433f-It 1.789E-13 1.37AF-le W
5.83 3f -en 1 973f =98 3.083F-SA 4.A15[-09 3. 75 00-89 A.Siet-19 5.651 f-l a 3.307E-10 2.327E-10 1.725[-8 0 1 3?oE-10 kNJ 3.043f=e7 3.520E-08 9.808E-08 8.594f-09 3.387E-P9 8.53 3 [-0 9 9.014[-l e 5.902 E-8 9 4 3 5 5 t -10 3.0 7mE-10 2.3 72 E-10 NJ 2.389f-87 8.079f=0s 4.14AE-04 8.972E-be 7.8A3[*09 3.513E-09 2.064[-09 1.354E-49 9.533E-18 7.863F-10 5.443f-10 NNW 2.252f-87 7.616E-08 3.91t[-0A 1.A59E-es 6.67pf=09 3.382E-09 1.950f=09 1 277E-09 8.9ASE-10 6.65AF-10 5.13tf-te 9
2.865[-07 9.684[-38 4.9 74E-te 2.365E-08 8.495[-09 4.213E-09 2.4Al[-09 1.624[-69 1.143E-09 a.4 78E-t e 6 527L-10 NNE I.64 5f-8 7 5.562[-se 2.856f-s e 1.358[-se 4. A 76[-09 2.41R E-09 1.424E-89 9.324E-10 6.561F-18 4.862[-13 3.747[-10 N!
9.406F-SA 3 181t-04 1.633[-04 7.764E-09 2.789f-89 3.383C-89 8.14 3E-!S 5.332E-13 3 752E-IS 2.781E-10 2 143t-10 fNC 4.357E-08 1.474[-08 7.566E-99 3.597t=89 1.292E-89 6.497f-10 3.773f-10 2.479E-18 1.73er-te 1 28AE-88 9.927[-11
[
4.23 AE-te 3.433E-te 7 357[-09 3.498E-89 3.256F-89 6.23t[-18 3.669E-te 2.482E-te 1.690E-10 1 253F-!O 9.654E-Il ISE 5.269f-Se 1.782f-se 9 149[-09 4.350E-09 1.562[-09 7.74R[-15 4.562[-19 2 987[-10 2.le2E-te 1.55pt-10 3.200E-10 SE 1.789E-0 7 5.77 AE-ee 2 967t-ce 1 416[-08 5.566f-89 2.512[-89 1.479E-09 9.6A7[-14 6.816f-te 5.05tf-10 3.893[-10 SSC 1.56 3E -S T 5.2 A TE-te 2.714[-s e 1.2 90f-te 4.635E-49 2.299[-09 8.354E-09 8.e63E-10 6.237E-It 4.622E-18 3.562f-19 DIRECTION DISTANCES IN MILES FA0n Slif 5.00 7.58 10.00 15.00 28.80 25.es 30.00 35.00 40.P0 45.00 50.00 S
5.544f-la 2.463t=10 1.492[-10 7.543[-11 4.564E-11 3.06eE-St 2 193F-Il 1 646[-11 3.280[-11 1.023[-18 8.347[-12 SSJ 3.882E 10 1.689E-38 1.023[-10 5.172[-31 3.130f=11 2 099[-11 1.584E-It 1.129E-Il 4.780E-12 7.814E-12 5.725E-12 SJ 1.Attf-19 8.476E-Il 4.953E-18 2.583[-18 1.515f-Bl 1.0 3 6[-11 7.28 tf-12 5.466[-12 4.254[-12 3.395t-12 2.7 7 t E-8 2 WSW l.895[-10 4.864[-11 2.947[-11 1.489t-il 9.214f-12 6.044[-12 4.33tf-12 3.252E-12 2.528f-12 2 02s[-12 1.649E-12 W
l.856E-10 4.690E-11 2.041[-11 1 436E-Il 8.692E-12 5.82a[-12 4.176[-12 3.136E-12 2.43er-12 1.947E-12 1.590E-12 WNJ 1 884E-88 e.378E-11 5.078C-Il 2.563E-Il 1 553E-11 1.e4st-il 7.45 [-12 5.596E-12 4.353E-12 3.47&E-12 2.837E-12 Nd 4.324[-10 1.92t[-10 1.164[-18 5. Rett-il 3.568[-11 2.387[-11 8 710E-Il 3.284[-11 9.984[-12 7 976[-12 6. Stet-12 US NNW 4 076E-10 1.811E-18 1.097E-10 5.544[-13 3.356f-Sl 2.250E-Il I.612E-Il 1.281[-15 9.413[-12 7.519[-12 6.137[-12 l3 9
5.la5E-te 2.303E-18 1.395E-10 7.85?E-18 4.269E-Il 2.862E-Il 2.053[-11 1.548[-81 1.897E-11 9.564E-12 7.R07E-12 C)
NNE 2.977E-RO 1 322[=18 S.010E-11 4 049E-11 2.450E-11 1 643[-11 1.177[-11 8.840E-12 6.474E-12 5.491E-12 4.482f-12 N!
1.7420-10 7v562[-Il 4.5elt-11 2.315f-Il 1.4 elt-11 9.3 96E-12 6.733[-12 5.056E-12 3 93t[-12 3 140E-12 2.563E-12 EN!
7.88 7E -11 3.583[-11 2.122[-11 1.0 7 3 E-18 6. 492[-12 4.353[-12 3. I l9f-12 2.34 2[-12 1.821[-12 1.455[-12 1 1 A 7[-3 2 E
7.669f-11 3.407[=11 2.064f-11 1 043[-11 6.314[-12 4.233E-12 3.333[-12 2 27AC-12 1 771[-12 1.415f-12 1 155[-12 ESE 9.5 3 f f -11 4 23 7[-11 2.566[-11 1.297[-11 7.R5t[-12 5.264[-12 3.772[-12 2.b3PE-12 2 202[-12 8.759[-12 1.436t-12 SC 3.892E-18 te374C-10 S.322E-Il 4 206E-l! 2.546[-18 l.707E-fl 1 223f-ll 9.184E-12 7.141[-12 5.784[-12 4.656[-12 SSE 2.830f-lO 1.257[-18 7.614E-Il 3.849[-11 2.329f-ll I.562E-11 1.189f-ll 8.403[-12 6.534E-12 5.289t-12 4 260[-12 e........eee....e.een...
RELATIVE DEPOSill04 PER UNIT AREA IMe.-29 SV DOWNWIND SEtiOAS e.......eeeeee.....e...e SEGMENT SOUNDAAl[$ IN MIL [S dip [CTION
.5-1 1-2 2-3 3-4 4-5 5-10 18-20 20-3D 30-40 40-50 F40M Sil[
S 5.198[-08 1.065E-88 2.780E-89 1.2440-89 7.063E-te 2.716E-te 7.A57E-Il 3.114[-11 1 663E-11 1.0290-11 S$W 3.565[-88 7.303[-49 1 906[-09 8.562E-88 4.844[-13 3.863E-10 5.389f-11 2.136[-11 1 143f-11 7.060[-12 SW 3.726[-08 3.535[-09 9.229E-18 4.145[-18 2 345E-10 9.087[-11 2.609E-Il 5.034[-11 5.521[-12 3.487E-12 WSW I.027E-00 2.185t=09 5.490E-10 2.466[-10 1.395E-te 5.364[-18 1.552E-Il 6.153r-12 3 2R4f-12 2 033[-12 W
9.900E-69 2.02AE-09 5.294E-10 2.378f-1t 1 345E-Is 5.372[-18 1.496[-Il 5.93t[-12 3.167f=12 1 960E-12 WNW l.767[-88 3.619E-09 9.448[-10 4.243r-10 2.400E-10 9.23t[-11 2.670F-11 1.05Ar-Il 5.65?[-12 3.49k[-12 NW 4.054E-04 A.305E-09 2 168[-09 9.737E-18 5 50RE-la 2.llRF-18 6 12ef-ll 2.429[-11 1 297f-11 8.0280-12 NNW 3.822E-08 7.829f-89 2.044E-09 9.latt-10 9.193f-10 1.997E-30 5.7770-11 2 290E-Il 1.223[-13 7.56hE-12 N
4.862f=08 9.959[-89 2.600[-09 1.lsaf-09 6.606[-80 2.540f-IO 7.?49[-II 2 913E-St 1.555[-11 9.627[-12 NNE 2.795t-08 5.787E-09 1.493[-09 6.703[-18 3.792[-10 1.45RE-10 4.2890-11 3.672t-18 4.929E-12 5.527E-12 NF l.596f-08 3.270[-39 A.535F-le 3.833f-10 2.169f-lo 8.340E-il 2.413[-11 9.56?I-12 5.106E-12 3.161r-12 TN[
7.395E-09 1.515E-99 3.954E-10 f.776f-lb I.be5F-10 3.R64E-Il 1.Ilmf-il 4.430[-12 2.366[-12 9.464E-12 E
7.19tf-09 1 473E-09 3 845f-10 1.727E-lo 9.770E-Il 3.757E-Il 1.087f-II 4.30eE-12 2.30l[-12 1 424[-12
[$[
A.9 41[ = 09 1.R32f-09 4.7n2E-t e 2.148[-10 8.235E-lJ 4.672[-11 3 352f-Il 5.357f-12 2.861E-12 1.77tt-12 SE 2.9 0 0E -09 5.940E-09 1.551[-09 6.964[-10 3.940[-10 1.515E-88 4.3R3[-Il I.737E-Il 9.276F-12 5.742[-12
$$r 2.653I-09 5.435E-09 1.489E-09 6.372E-10 3.635f-lo 1.386E-10 4.010[-11 1.5R9[-ll R.48AE-12 5.253r-82
YFETS GROUNO LEVEL Cf LtatFS '
CEOCC0ffn FC7 opt 9 TERRAl2 CECIECUL4fl04
$*f CIFIC Pof %f t or icirEEST RFLEASE TYPE OF OlpECTION DISTANC[
I/O N/4 N/4 D/0 ID LOCAfl04 iMilrSS EMETERSS (SEC/CUU.PEftpl ISEC/ CUP.M[ffR3 (SEC/CUS.MffCRS (PER SG.MFTER) 90 DICAY 2.260 DAT DECAY 8.000 DAV Dftav UNDLELLIIR
_UNDLELLILD
___DLELLILQ A
SIT [ SOUNDARY S
4.R9 1930.
4 836F-06 4.Ilir-06 3 6440-C6 3.432[-pH A
SITE 90UN3ARY SSW 0 92 14n0.
4.4080-06 4.3RIC-06 3.aT3t-06 2.155E-?R A
SITE 80UNDAR' SW t.09 1750.
2.llti-96 2.3*4t-06 3.n33r-06 6.7670-ce A
S IT E P00ND AR Y WSW 0.94 1%IO.
2.163r-e6 2.147f-06 1 449E-P6 5.nn4E-n9 A
SITE BOUND AR Y W
0.93 150c.
1 95Rr-a6 1.=44C-06 1.7 tat-06 5.773[-39 A
SITE 30040ARV WWW R.96 194n.
2 474f-16 2.45PC-96 2.16e[a96 9.623E-99 A
SITE 900NDA4Y WW 9.72 1960.
1.063[-05 1.055F-05 9.459E-06 4.434E-03 4
SITE BOUNDARY NNW 0.62 IP00.
3 6060-15 1.598r-P5 1 444E-05 5.365t-e8 A
SITE HOUNDARV N
9.65 1850.
1.325[-9%
1.319E-05 1.lant-05 6.2R6E-!4 4
SlfE BOU904pV NNC 0.63 1050.
5 922r-16 5.907t-06 5.329[-06 3.851E=en A
SifE 8094DARY NC 0.64 3C34.
2.n000-26 2.794[-06 2 515r-06 2.131E=0m 4
S IT E POUND AR Y ENE 0.62 1000.
3.572[-06 1.567E-06 1.414t-06 1.038C-08.
A SITE BOUND AR Y E
0.63 9n9.
l.82MI-06 3.P22[-06 1 64 7[-C6 1.S390-08 A
SITE ROUNDARY
[SE 0.61 980.
1 972F-06 1.966E-06 1.777E-n6 1.291[=0A A
SITC 9004044Y SE 1.06 1700.
1 094[-86 1.19tt-06 9.536t-07 1.224E-PR A
S ITE SOUND AR Y SSE 0.93 1460.
1 4A6E-96 1.4plE-56 1 394E-06 1.669C-08 tr>
w t
Atmospheric Diffusion Estimates Elevated Releases January-March 1983 B122
IDP [LEVAi[3 STAC4 Ar[ RASE KO DfCAV, U20CPECTED
[03:ECTfD FOR OPCM TFrRAID RECIECULATION ANNUAL AVERAGE CHl/O R$[C/M[7EP CUS[Cl DISTARCE IN Mi(($
SICTOR 0.259 0.500 0 759 3.900 1.500 2.000 2.500 3.000 3.5 30 4.000 4 500 5
3.124[-97 3.*58[-07 3.4 4 Pf-0 7 2.26 4 r-0 7 I.2 45r-n7 m.0 4 7[-0 8 5.68 4[-08 4 2 5 4[-0p 3.3 28[-08 3.? 45f-04 3.113[-04 SSW 7.2 41[-0 A 1.134[-07 1 194[-07 1.033f-27 7.7450-Cp 5 954[-04 4.647[-08 4.53O[-BM 4.227[-04 3.534C=J4 3.0050-0R SW 3.21Rf-09 1.485[-18 4.325r-07 A.c71[-CA 1.c45[-07 6.*67f-08 4.836r-04 3.565[~3A 2.7507-98 2 196[-08 3.8040-0R WSW 2.493r-16 3.482[-10 1.7 tit-04 4.R40[-04 7.a320-0A 4.R95[-08 3.325[-en 2.41n[-On 1.A4ef-18 1.464[-08 1.200[-0P W
1.199[-08 1 148[-07 2 5120-07 2 553[-07 1.450[-07 1 0 76[-07 7.0 44 r-0 8 4.992[-08 3.742f-08 2.924[-08 2.359[-08 W4W 4.668[-09 3.713[-04 1.604t-07 2.440[-97 2.367f-07 1.362[-07 A.H61[-08 6.411[-0p 4 874[-08 3.7R4[-08 3.n37f-0R 9W 4.n95[-li 3.P0l[-06 1. A94[-0 7 3.5 0l[-0 7 3.949[-0 7 2.2 f 3[-0 7 1.411[-07 9.996[-08 7.507[-08 5.824[-08 4.675[-08 N4W 4.766[-09 3 120f-04 5.342[-0A P.P97[-en 1.225[-07 1.129[-07 9.786[-08 8.217C-On 6.*I9[-08 5.409[-d8 4.35e[-04 N
3.6430-08 5.303[-08 7.489[-08 8 256[-08 4.129[-0R 7.100[-OR 5.970[-08 4.929[-04 4.832[-04 3.519E-1R 3.04t[-0R NNE A.942[-09 3 492[-08 4.R14[-SR 5 391[-08 5 427f-0R 4.661[-08 3.P69[-08 3.21*[-08 2.782[-08 2 31P[-08 2.609[-98 NE 2.084f-10 1.235[-0A 2.882[-04 3.578[-98 3.694[-04 3.8 7AE-OR 2.63R[-04 2 194[-0R 1 448[-08 1.579[-04 1.369[-0A
[9[
3 52*[-09 9.759[-09 1.5390-08 1.61t[-08 1.MIPC-88 1.286[-08 1.n 65[-0 8 8.85 A[-0 9 7.4 65[-09 6.3 Rl[=0* 5 53 0 E-09
[
1.473C-04 1.925[-08 1.330[-0A 9.041[-09 7.0lPC-09 6.064[-09 5.261[-09 4.580E-39 4.014f-09 3.557[=09 3.181[-09
[1[
6.9 R l f-09 2.116[-08 2.lR6[-08 2 839[-04 2.1270-08 1 881[-08 1.600[-08 1.356[-08 1.159F-08 1.002[-OR A.769[-09 SE 7.059E-88 1 025[-07 1.2730-07 1.134[-07 p.pn5[-en 6.750E-08 5.190[-08 4.086[=0A 3.297[-S8 2.720E-08 2 286[-08 SSE 2 878[-97 2.271[-07 1.807[-07 1.291[-07 8.539f-08 6.107[-0R 4.570[-0n 3.549[-0A 2.843[-0R 3.156C-04 3.379[-0a ANNUAL AVERAGE CHl/0 ISIC/p[7[R CURED)
DISTANCE IN MILES BEAtlNC 5.000 7.5G0 10.n00 15 100 20.300 25.000 30.000 35.000 40.000 45.000 50.000 S
2.71R[-08 1.892[-OR 1.238[-08 7.235[-09 5.30C[-09 4 140[-09 3.273[-09 2.692[-09 2.294[-09 1.995[-n? 1.746F-09
$$W 2.63ar-08 1 550E-04 9.749f-09 5.363[-C9 3.574[-04 2.5*3[-09 1.994[-n9 1 598[-09 1 32t[-09 1.117[-09 9.617f-10 SW 3 58 0[-c8 9.397f-09 5 963r-09 3.305F-99 2.205[-09 1.60RE-09 1.242[-09 9.939[-10 A.20l[-le 6.925C-10 5.955[-10 WSW l.030[-0A 5.R29[-09 3.P 3 8 [-0 9 2.17 4 [-09 1.433r-0* 1.040E-0* 8.005[-10 6.422[-10 5.310[-10 4.491[-10 3.868[-10 W
l.953[-0R 9 912[-09 6.446r-09 3.652[-n9 2.435[-G* l.756[-9* 1 346[-09 1 075[-09 8.859C-10 7.471[-10 6.436r-te WNW 2.515[-0 A 1.279[-08 8.133[-09 4.506[-19 2.955[-09 2.13t[-09 1.634[-09 1.305[-09 1.073[-09 9.037[-19 7.753[-10 9W 3.R77[-en 1.993[-08 1.286[-08 7.2R9[-09 4.Pr6[-09 3.487[-09 2.711[-09 2 180[-09 3 943[-09 1.526[-09 1.315[-09 N4W 3.656[-08 1.947[-04 1.246[-04 7.012[-09 4.643[-09 3.431[-09 2.673[-09 2.16ME-09 1.813[-09 1.543[-09 1.335[-09
[3 N
2.667[-08 1.636[=38 1.308f*08 4.794[-09 7.690r-09 6 9 70E-09 4.738[-09 3.834[-09 3.193f-09 2.71R[-09 2.355C-09 J
NNE 2.132[-08 2.274[-04 1.455[-On P.20f[-09 5 483[-09 4.072[-09 3.126[-09 2.528[-09 2.105[-09 1.792[-09 1.552[-09 O'
4[
1.447[-0A 1.725[-98 1.11t[-08 6.326[-09 4 263[-09 3.346[-09 2.4R8[-09 2.035[-09 1.704[-09 1.455[-09 1.263[-09
[ME 5.6R2[-09 A.009[-19 5.343[-09 3.lR0[-09 2.2060-09 3.663[-09 1.409[-09 1 202[-09 1 013[-09 8.75Ar-10 7.633[-10
[
3.644[-09 6. Pelt-09 4 625f-09 2.775r-n9 1.932r-09 1.461[-09 1.163r-09 9 639[-10 n.45tf-10 7.482[-10 6.549[-13 ISE 9.10l[-09 1.05t[-08 6.972I-09 4.103f-09 2.PIAC-09 2.107[-09 1.662[-19 1.36t[-09 1.144[-09 9.82RE-10 A.578[-10 SE I.9550-44 1.090[-PA 7.574[-09 4.627[-09 3.153[-09 2.33t[-0* 1 42t[-09 1.475[-09 1 219[-09 1 031[-09 8 474[-10 S$[
2.863[-08 1 60l[-OR 1.022I-DA 5.767r-09 3.P84[-0* 2.A66[-09 2.241[-09 1.822[-09 1.525[-39 1.304[-09 1.134[-09 CHl/0 E S[C /ME T[R CUREDI FOR [ ACH SECPENT SIGMENT POUNDApl[S IN MIEES nt R F[7 8 0N
.5-1 1-2 2-3 3-4 4-5 5-10 10-20 20-30 30-40 40-51 FROM SIT [
S 3.135f=17 1.276f=07 5.7440-98 3.547[-DA 2.994[-DA 1.785[-68 7.518[-09 4 103[-09 2.70m[-09 1.993r-14 SSW l.095[-07 7.45p[-08 4.9500-08 4.049[-08 3.025[-04 1.536F-0A 5.541[-09 2.614f-09 1.606[-e9 1 120[-ia SW 5.359f-08 A.505f-08 4.846F-08 2 772[-08 1 937r-C8 9.293[ 19 3.406r-09 1 621[-09 9.985[-13 6.944f-la WSW 2.729[-18 5.895[-08 3.3pl[=0A 1.R67[-08 l Slff-na 5.*35f-r9 2.213f=09 1 949[-99 6.450[-10 4.533[-10 W
2.227[-17 1 662[-07 7.214[-08 3.788r-38
..?76[-OR I.053r-wP 3.732r-09 1 773[-09 1 980[-09 7.498t-10 W4W l.7030-07 1.937[-07 9.15PE-CA 4.R9P[-08 3.065F-18 1.347[-09 4.6230-09 2.152[-09 1.310E-0*
9.163r-13 9W 2 2720-07 3.073[-07 1.45Ar-07 7.577[-J8 4.720[-08 2.04RE-04 7 424[-09 3.52R[-09 2.188[-09 3.530[-09 N1W 6.42RE-08 1.10Pf-07 9.%5*[-08 6.713r-0A 4.406F-PR 2.015f-OR 7.187[-19 3.462[-09 2.1770-P9 1 546[-09 N
7.944f-OR 7.700E-OR 5.H55E-PR 4 126F-08 3.?440-08 1.719t-OR 9.5 PRE-09 5.469[=09 3.R4AE-99 2 724[-09 h4[
4.777f-19 5 079[-UP 3.P700-08 2.fc7[-38 2 346[-08 1.47PE-1R p.494[ a9 4.053[-09 2 53RE-C9 1.796[-19 1[
2.825[-34 9.439[-08 2.6058-04 1.R450-0R I.*60[-OP 1.391[-38 6.473[-69 3.lAl[-01 2.J3RE-09 1.45R[-d9 F1[
1 446[-38 1.436r-06 1 152I-08 7.45PE-09 5.H3RI-09 6.3p7[-9*
3.??Rf=r9 1.7p6[-09 1.189[-0*
8.722[-10
[
1.273[-iR 7.nelf-09 5.20i[-09 4.003[-94 3.464r-n9 5.159[-09 2.Rl2[-J9 1 467[-09 9.754[-10 7.424[-10 ES[
?.1490-08 2.C30f*0P 1.577[-PP 3 156F-On 9.963[-t9 8.625[-Pa 4.169[-09 2.199f=39 1.364[-09
- .#44[-IP S[
1.156f-17 P.4Rlr-SM 5.36%C-9n 3.333[-1R 2.29?[-up 1.134f-0P 4.625[-19 2
44"f-1*
1.476[-09 3 3310-39 SSI 1.693f-17 R.4 2*f -E R 4.573F-0R 3.16*f-08 9.l??r-OR l.h?*[-0R 5.920r-09 2.R R 7[ -09 1.82pF=09 3.ipi[*f*
EAP ELE vaf EL ST ACE AtttASE 2.260 OAV DrCaf, UPJDEPLtfED C0ARECTED rnA OPEN TEAAAIN RECI ACUL Afl0N ANNUAL AVERAGE CHI /O ISEC/MriEA CU8Eri DISTANCE IN PILES SECTOA 9 25C 0.500 0.750 1.000 3.500 2.000 2.50u 3.000 3.500 4.C00 4.5eG s
.3.124r-07 3.956E-07 3.446E-07 2 262E-07 1.243E-07 A.02PE-0A 5.667F-e4 4.24st-ce 3.383[-OA 3 18AE.On 3.093E-0A SSW 7.239f-08 1.333r-07 1.193r-0 7 1.00 l E-17 7.729t-o n 5.94 3E-0R 4.63tE-04 4 530[-CA 4 2CSE-0A 3.513t-CA 2.984E-rA SW 3.2 8 7[-09 1 484 E-08 4.320f-PA 8.059E-18 1.rp2E-07 6.*45E-08 4.Al7E-0A 3.54AE-0A 2.73?C-08 2.IA3E-en 1.79tr-08 WiW 2.4 9 2 E -16 3 410E-IU I.709t-08 4.832[-0A 7.*12C-CA 4.87*[-08 3.33t[-04 2.496E=0A 1.834r-0A 1.458E-9A 1.19tE-9A W
l.19Pr-08 1 14 7E-07 2.509E-0 7 2.548E -0 7 1.e 45E-97 1.0 720-0 7 7.013r-08 4.965E-08 3.719E-08 2.904E-04 2.341[-0A WNW 4.658E-09 3 710E-na 1.602E-07 2.4 39E-0 7 2.362[-97 1.35A E-37 8.P 2PE-08 6 382E-08 4.848[-08 3.76ff-98 3 017E-08 MW 4.943t-10 3.79*[-OR I.892E-07 3.497r-07 3.942r-07 2.39AE-07 1.407F-07 9.962E-CA 7.477E-08 5.7970-P8 4.651E-08 N1W 4.764E-08 3.ll A E-Da 5.33 7E-0 A A. A8 7E-9A 1.222E-07 1 126E-17 9.756E-C8 A.38AE-04 6.A9CF-08 5 374E-08 4 334E-06 N
1.643r-09 5 300E-08 7.483E-0A A.247E-0A A.115E-08 7.OR3E-08 5.953E-98 4.912C-0A 4 1150-04 3.503[-14 3.0260-0A NME 8.*400-09 3.490E-0A 4.nler-0A 5.385E-DA 5.4tFE-OA 4.650E-SA 3.P57E-98 3.207E-08 2.700r-08 2.306E-08 1.998L-On 40 2 084E-10 1.235E-0A 2.P79E-FA 3.573E-PR 3.FA6r-OP 3.17a[-0A 2.629E-CA 2.lA5E-0A 1.839E-08 1 573[-08 4.36cE-os ENE 1.52Ar-09 9.752E-09 1.537E-0A 1 6P90-9A 1.%34E-04 1.281E-08 1.060E-08 8.AllE-09 7.4190-09 6.336E-99 5.486t-09
[
3.473t-0A 1 924E-DA 1.32AE-04 9 930E-09 6.997E-09 6.0 4 A E-09 5.2 4 4 0-0 9 4.56 2E-09 3.999E-09 3.5 38E-0 9 3.161E-0
- ESE 6.079E-09 2.114[-08 2.lA4E-0A 2.135[-0R 2.32tE-0A 1.874E-0A 1.593E-fA 1.349E-08 1.152E-Oh 9 952[-09 8 701E-09 SE 7.05pf-04 1.024E-07 1.272[-07 3.333E-07 A.R62[-08 6.731E-0A 5.171E-0A 4 06AE-08 3.280E-08 2 703E-08 2.271t-OP SSE 2.A77[-p? 2.270E-07 1.8060-07 1.290[-07 A.524E-08 6.092E-0A 4.556[-08 3.536[-0A 2.A33[-08 3 140E-38 3.357E-0A ANNUAL AVFAAGE CHI /O ISEC/MITEA CURFD)
DISTANCE IN MILES BEAtlNG 5.000 7.5CO 10.000 15.000 20.One 25.000 30 000 35.000 40.000 45.000 50.000 2.699E-88 1.R70E-08 1.21A[-08 7.06tE-39 5 12p[-09 3.972C-09 3.114r-09 2.540E-09 2.150E-09 1.853r-09 5.606E-09 SSW 2 61AE-0A 1.532E-08 9 599E-09 5.239E-09 3.463[-09 2.494E-09 1.904[-09 1.514 E-0 9 1.2 4 2E-09 1.0 4 2E-09 8.9 0 7E-10 SW 1.5680-0A 9.287E-09 5.A6AE-09 3 229E-09 2.137F=09 1.5e4E-09 1. LASE-t9 9.410E-10 7.704t-10 6.455E-10 5.508E-10 WSW 3.021E-08 5.754E-09 3.764E-09 2.!!7E-04 1.3R4E-09 9.948E-10 7.593E-15 6.03ME-10 4.949E-10 4 199E-10 3.542E-10 W
1.936E-05 9.782[-09 6.333E-09 3.556E-09 2.35SE-09 1.680E-09 1.276E-09 1 01tE-09 8.252C-te 6 897E-10 5.872t-10 W4W 2.496E-08 1.264E-0A A.0 tit-09 4.405E-89 2.866E-99 2.052E-09 1.561E-09 1.237E-09 1.010E-09 8 4 39E-l O 7.184[-10 MW 3.A55[-08 1.*76E-#A 1.27tE-08 7 15?C-09 4.692E-09 3.343E-09 2 615E-09 2.ep9E-09 1 717E-09 1 444E-09 1.237[-09 N1W 3.634E-SA 1.929E-0A 1.233r-08 6.A8AE-09 4.573E-09 3.330E-09 2.5ADE-09 2.079E-09 1.729E-09 1 463[
a*
1.258E-09 N
2 652E-04 1.622[-08 1.293E-08 9.62SE-09 7 533t-09 5.897E-09 4.576E-09 3.682[-09 3.04Ar-09 2.580E-09 2.222E-09 go
>4 NME 2.119[-08 2.253[-08 1.437E-08 8 04AE-09 5.34pC-09 3.89AE-09 3.0llE-09 2.42tt-09 2.003[-09 1.695E-09 1.459[-0*
g[
MC I.437E-08 1.705[=0p I.0 94E-p A 6 182E=09 4 134E-09 3.028E-09 2.375E-09 8.928E-09 1.602[-09 1 356E-09 1.169E-09 F4E 5.632r-09 7.893t-09 5 240E-09 3.0A7E-09 2.120E-09 1.5A2E-09 1.327E-09 1.120E-09 9 33RE-10 7.949E-10 6.A78[-10 E
3.619E-39 6.795E-09 4.548t-09 2.705C-09 1.86AE-09 1.399t-09 1.10 4[-0 9 9.0 75E-I n 7.8 A 3t -10 6.916E-l O 6.0 0lt-10 ESE 9 024E-09 1.03AE-0A 6.A5t[-09 3 996E-09 2 720E-S? 2.086E-09 1.576E-09 3.279E-09 1.066E-09 9.077F-10 7.853E-10 SE 3.940E-08 3.078E-08 7.45AE-09 4.520E-09 3.c52E-0* 2.24tE-09 1.737[-09 1.396E-99 1 145E-09 a.605E-10 4.206t-19 S$[
2.843E-08 1.583E-08 1.907E-08 5.634E=09 3.764E-09 2 755E-c9 2 137E-09 1.724E-09 1.433r-09 1 214E-09 1 048t-09 CHI /O ISEC/ METE A CURrni r0A F ACH SEGMTNT SEGMENT ROUNDAAIES IN MILES DIAECfl0N
.5-1 1-2 2-3 3-4 4-5 5-10 10-20 20-30 30-41 40-54 FROM SITE S
3.013r-07 1.274E-07 5.726E-en 3.530r-0A 2.975E-PA 1.764[-38 7.34SE-09 3.937E-09 2.5550-09 1.A49E-ng SSW l.095E-37 7.443F-08 4.a32[-08 4.02AE-08 3.005E-08 1.5190-0A 5.41AE-09 2.516r-09 1.322[-09 1 045E-09 SW 5 353E-08 M.485E-Op 4.A77[=08 2 757E-08 1.824[-06 9.388[-c9 3.330E-09 1.5590-39 9.456E-13 6.475E-IP WSW 2.724E-08 5 879E-04 3.367E-0A 1.856E-0A 1.207E-08 5.86tE-09 2.157E-99 1.004[-19 6.9670-10 4 161E-80 W
2.224r-07 I.658F-07 7.183t-0A 3.7650-0A 2.35Ar-98 3.9 3 AE-f. A 3.637E-09 1.697E-19 1.016t-99 6 919F-10 W4W 3.70l[=07 1.933E-07 9.ll7E-SM 4.R720-08 3.04?E-en 1.332r-0A 4.522C-09 2.073E-09 1.243C-09 A.466F-14 NW 2 269E-17 3.C 6 FE-0 7 1 4540-07 7.547E-tm 4.696C-1A 2.0 ROC-08 7.296E-09 3 425E-09 2.098[-09 1 44AE-99 NNW 6.422[=)A 1.195E-07 9.%30E-GA 6.6m3[-on 4.3n3r na 1.99Ar-eg 7.0 6 3 F-19 3.361[-t*
2.rA9r-09 1 466E
'9 N
7.43RE-08 7.6A6t-9A 5.838[-0A 4.IIPE-09 3.029F-JN 1.7D4E-DA 9.420E-09 5.799E-G9 3.696t a9 2 5R6E-09 NME 4 772E-19 5 069r-AA 1.P3nr-DR 2.645F "A
2.1340-GR 1.P60r-08 8 253E=99 3.910E-19 2.4390-0*
1 699E-ma ME 2.A22E-1A 3.433r-08 2.596E-CA 1.A36E-0P 1.451E-GA 1.474C-0A 6 330E-09 3.062E-09 1.931E-09 1.3%0E-f9 F1E I.444r-OS 1.4321-3R 1.9e7F-CA 7.4045-39 5.792E-09 6.232r-n9 3.136[-(9 1.6230-09 1.10AC-09 7 9640-10 E
I.272E-48 7.n27F-09
- 5. LASE-04 3.9R4[-fa 3.442E=(9 5 090E-09 2.742E
- 9 1.4360
'9 9.In3E-10 6.A64E-IP ESE 2 147E-1A 2.615F-na 1 57pr-se 1.349r-SP 9.19tt a9 A.599E 19 4. g,63 r - 0 9 2.92mr-19 1.2A3r-e9 9.194E-If i
SE I.1550-17 P.463r.-0P 5.146r-Op 3.2PSE-CA 2.2 76r-0 A 1.122E-Pm 4.520t-r9
?.T56E-C9 1.398[-69 9.633r-19 l
SST DoMM -p U DnO M -QO OcS&Qft-JEL S A9 m eFn 4X$nnno
ERP [1 Eve 7En STAC4 RFLEASE R.003 DST OFC4Ye Df f'L EIE D CO2EE!7ED FC3,0Fl4 Tr:G4IO CECl2CULATICO 84404L AWrRAGE CHl/0 ISEC/ PETER CUBEDI
' D is 74 NC E IN MILES SEtt04 0.255 0.500 0.758 3.888 1.500 2.000 2.500 3.000 3.503 4.000 4 500
's 3.12 4 E-0 7 3.*22 f - 0 7 3.36 A r-8 7 2.19 4 E -4 7 1.195r-0 7 7.6 71 E-0 A 5.3 4 0r-48 4.013 C-98 3.le5E-en 2.985E-0A 2.*00r-un SSW 7.2 4 0E -S A 1 124E-07 1.170E-0 7 9. Al l E-DF 7.556E-OP 5. 7 79E-O n 4.4 75 L-08 4.3410-94 4.032E-SA 3.34*E-04 2.83tE-On SW 3.21 P[ -0 9 1.4 72 F-8 4 4.287E-GA 8.033C-OA l.069E-0 7 6.7 Par 0 4 4.667F-08 3.412E-08 2.613E-08 2 874[-OA 1.693E-04 WIW 2.493E-16 3.482E-10 1.716[-04 4.83?E-08 7.p3tE-04 4 7P*E-SA 3.229t-04 2.334E-64 1.775[-89 1.492C-09 1.141E-BA W
l.l*90-99 1.13tE=07 2.4 7 7E-0 7 2.502[-87 1.793r-07 1.0 29F-0 7 6.66er-88 4.6A3E-04 3.442[-tm 2.70tE-8A 2.165r-88 W4W 4.66 91 -09 3.68 7E-04 3.%94E-07 2.414E-47 2.3Per-07 1.318E-pF p.43tt-88 6.843E-tm 4.556F-08 3.5C7E-CB 2 792E-08 MW 4.4440-10 3 76Ar-rA 1.A76F-07 3.465[-07 3.P600-07 2.123[-07 3.343E-07 9.423[-0A 7.038[-88 5.49e[-r4 4.300E-98 41W 4.765r-0A 3.992E-04 5.2*lr-84 p.n5?E-0A 1.21eE-07 1.tr7E-87 9.554[-94 7.989E-on 6.786E-08 5 264E-On-4 174E-rA 9
1.64 3E -OR 5.256E-98 7.376T-94 R.15&E-88 8.OR3E-08 6.94AE-er 5.407E-ce 4.766[-On 3 974E-en 3.36AE-04 2 89mE-04.
NME 4.*42[-09 3.461E-P8 4.743E-r8 5.33SE-08 5.347E-On 4.563E-08 3.763E-08 3.Il2E-0A 2.feir-se 2.217E-08 1.9tet-04 NC 2.084E-18 1.22%E-Dn 2.A42E-en 3.536E-Oh 3.636[-On 3.109E-04 2.563[-04 2.119[-08 t.775E-BA 1.50*E-84 1.30lf-en E4[
I.529r-89 9.67tE-09 1.532C-08 3.5ASE-68 I.4p9E-08 1.254E-08 1.032[-08 8.54 3[-09 7.8 63[-89 6.093E-09 5.257F-09 E
I.473E-OP 1.987E-04 1.30lf-04 8.P33E-e9 6.461E-0* 5.935 E-09 5.1360-0 9 4.462[-09 3.907[-09 3.4 54E-09 3.a A4r-e9 FSC 6.54 00 -09 2.996E-08 2.147L-04 2.187E-08 2.093E-in 1.e41E-08 1.558E-n8 1.314E-e8 1.llAE-es 9.621E-09 4.387E-09 SE 7 059E-0A 1.016E-87 3.24pt-07 1.110E-07 8.659E-P8 6.537E-OS 4.9860-08 3.894f-08 3.!!6[-08 2.55tE-nR 2.12AE-On SSE 2 47AE-47 2.25tt-87 1.76PE-07 1.258[-07 8 279E-08 5.884[-08 4.375t-08 3.369E-04 2.679E-08 2.969E-On 3.lA5[-03 ANNUAL AvrR4GE CHl/9 ISEC/RETER CUBEPS DISTANCE IN MILES PLA41NG 5.000 7.500 18.808 15.008 2C.900 25.ee0 31.000 35.000 48.000 45.000 58.308 l
S 2.523[-04 1.73pE-04 1.103E-88 6.062E-09 4 154E-09 3 95*[=09 2.304E-09 1.A13E-09 1.494E-49 1.257[-0* 1.069r-n9 1
?.4 7 3E -0 8 1.415 E-0 A A.62 0E-8 9 4.4 74 0-0? 2.816[-09 1.96tE-09 1.454E-n9 1 12 7E-89 9.0 30E-10 7.423 E-10 6 220E-l o SW l.47PE-04 A.575E-89 5.26PE-89 2.753E-n9 3.725E-09 1.194E-09 8 443r-IS 6 872E-10 5.496E-lO 4 50pE-10 3.772r-10 Wiw 9.762C-09 5.376E-09 3.420L-09 1.83AC-0* 1.156r-89 8.060E-10 5 992[-18 4.657E-10 3.740E-18 3.078E-10 2.584E-10 W
l.7pFE-SA 8.793[-99 5 506E-09 2.997E-09 1.P97[-09 3.333[-09 9.697F-10 7.495E-10 5.988E-la 4 90AE-In 4.lger-lo W4W 2 294E-99 1.125E-94 6.929E-99 3.620E-09 2 243r-09 1.543E-09 1 13p[-09 4.78DE-10 6 986E-10 5.739r.=tc 4.771E-10 03 MW 3 54PF-04 1.760E-18 1 131 E-0 8 5.90 l t-09 3.696E-09 2.566E-09 1.923E-09 3 496E-49 1 20e[-09 9.A69E-10 A.2ADE-10
'J N1W 3.4 R er -04 1.7?4r-04 1.310E-08 5.A40E-09 3 620E-09 2.490E-09 1.R4tE-09 1.4340-09 1.160E-09 9.5A'[-10 8 054E-10 N
2 532E-04 1.529t-n4 1.237E-08 9.043[-09 6 9690-09 5.26tE-09 3.943r-g9 3.136E-09 2.546E-09 2.118[-09 1.795L-0*
NME 2 931E-08 2.157E-08 1 334E-08 7.094E-n9 4 512C-09 3.37tE-0* 2.374[-P9 1.857E-0* 1 50P[-09 1 241E=39 3.846E-09 ME 1.577r-94 1.641E-SA 1 023r-0P %.470E-09 3.478[-09 2.443C-09 1.45AE-09 1.472E-89 1.196E-09 9 935E-te A.ecAt-lo f4E 5 400E-09 7.6 Alt-09 4.95AC-09 2.753E-09 1 764t-09 1.243E-19 9 932E-18 p.059[-IP 6.570r-te 5.4 Alt-19 4 656E-11 E
3.543r-99 6.7t&E-49 4 35AE-99 2.427E-09 1.558E-09 3.p P9E-09 8 3 35[-10 6.370E-10 5 29 At-t e 4.4 77E-1C 3 769E-10 ESE p.785E-09 1 009E-r4 6.4 72E-09 3.559E-r9 2.262E-09 1 584[-99 1 188[-09 9 167E-In 7 353r-19 6.539E-10 5.057E-10
$[
- 1. A t it -49 9.77 7 f-09 6 636[-09 3.933r-09 2.582f-P9 1.P63E-09 1 425[-09 1.12 AE-09 9.096[-10 7.519E-10 6 333E-10 SSE 2 682E-08 1 454 E-on a.953E-09 4.733E-09 2.*90E-09 2.0 89[-09 1 556F-09 1.218E-89 9.7250-19 8.007E-10 6 723[-11 EHl/O ISEC/ METER CUSE05 FOR EACH SESMfNT S EGME NT POUND AN IE S IN MILES DIREETION
.%-1 1-2 2-3 3-4 4-5 5-10 10-20 29-30 38-40 to-5n FROM Siff S
2.9690-07 1.22 7F-0 7 5.439[-DA 3.3150-04 2.786E-C8 1.630E-OR
-6.318E-09 3.049F-99 1.832E-09 1.257E-04 S5W 1.0 76 E -17 7 267E-OR 4.7691-08 3.860F-08 2.A52r-r8 1.404E-08 4.65pt-09 1.986F-C9 1.135[-09 7.453E-10 i
SW 5.3?6t-08 m.364r-88 4 73tE-09 2.636E-08 3.726t-Sp n.4A3[-f9 2.mS4[-09 1.253E-09 6.921[-10 4.52P[-10 W*W 2.725t-98 5.pl3E-04 3.287E-08 3.793r-08 1.157t-PR 5.4Al[-p*
- 1. Raft-99 A.167E-10 4.689[-10 3.098[-10 W
2 189[-37 1.610E-07 6.p40E-08 3.528t-98 2.lARE-OP 9.3690-0*
3.0A40-09 1.332E-09 7.550E-18 4.931r-to W1W I.6960-07 1.pA*r-07 A.722E-94 4 5mif-06 2.Al9E-08 1.193[-94 3.742[-89 1.567E-99 8.844E-la 5.746E-10 MW 2.2 49 F -17 3.009F=07 1.391E-97 7.0A9r-PR 4 344r-08 1.862r-OP 6.C56E-P9 2.610E-09 I.50SE-nq 9.931E-10 N1W 6.395[-38 1.n pr-07 9.33tE-en 6.500f-08 4.222E-OP 1.865E-04 6.f22E-09 2.532E-09 1.446E-09 9.634[-10 M
7.2%2[-OP 7.56PE-08 5.69bt-en 3.969r-08 2.902[-CM 1.615E-GA A.m2at-39 5.2c5[-99 3.1%3E-C9 2.129E-09 NNE 4.Fl9E-GA 4.995E-0A 3.716[=0A 2.693t-an 2.047[-18 1.763E-08 7.333E-09 3.250E-09 1.86*E-09 1.245t-n9 ME 2 793E-94 3.3M0E-04 2.5180-04 3.772[-04 I.19tt-08
- 1. 3 D 7E-0 A 5.63*E-99 2.4mSE-99 1.4 7 7E-09 9.97tE-10 EME l.425[=99 1.406t-08 1.PPCI-08 7 150E-09 5.558t-n9 5.9640-n9 2.803[-89 1 2Alr-09 A.92tE-10 5.49ME-10
[
1.254r-OR 6.986t-99 5.079[=P9 3.P93E-19 3.364I-19 4.964r-0*
2.466t-19 1.In2r-f*
6.466E-10 9.45ME-te ESE 2 11Rf-9m 1.97 4F =p A 1 336[*DP l.Il4f=08 A.A79E-09 A.173E-39 3.630E-no 1.613[-99 9.??6E-l?
6.P64r-13 SE 1.115E-17 A.259f-en 4.9630-0A 3.123r-0p 2.134F-9A 1.n221
'N 3 9260-19 1.MMer-09 1 13 0E-0 *'
F.54FL-ID Sit 1.6411-97 P.1701-04 4.373f-On 2.9R6t-CA 2.945f-1P 1.47ar-PR 4.Magg-p9 2.1160
- 9
- 1. 219E - 0 9 M 049r-10
IRP [ LEV 4Tf D STAEW Rftfe$r
[0 rat-ito FDA OPf9 Tit 4AIN PICIAEULAfl0N e........
.se.
p(LATIVE DEPDslilON PE4 Im ti Anta GM..-28 AT F IxED Pol *alS PV DOWNWINO SfCT0AS
- e*****eee*****e****
DIDFETION DISTANCTS IN MIL ($
f409 SITE S.25 0.50 0.75 1 80 1.%3 2.J3 2.%L 1.00 3.5e 4.A8 4.58 '
S 4.392f-04 3.3341-0A 2 122f-SA 1 154r-04 4.569r-a9 2.3560-04 1.478[-09 1.0lat-09 7 454E-10 5 87eE-t e 4.997f-It MSW l.222f-08 9.355f-09 7 085f-99 4.395r-[9 l.44*f-39 1 142E-09 7.5 38r-5 0 5 346E-lp 4.752r-t? 3.598t-10 2.812F-lO SW 3.364E-09 3.37tE-69 1.326f-99 l.106f-69 1.146F-09 6.2 0 B E -I I-3.929F-13 2.594E-11 1.A72E-19 1.415E-19 1.107E-Ik vtJ 2.69%t-11 1.687f-13 3.443F-10 7.55Al-lo 4.416t-10 2. 4 6 3 E -10 1.4ser-l* 1.00pE-10 7.275[-18 5.49PE-il 4.39t f-Il J
2.2700-49 6.08A0-09 4. Al p t-0 9 2 913t -19 3.35tE-09 7.22tf-10 4.429[-13 2.9n6E-10 2.147E-18 1.6ter-IO l.26'[-13 WNJ 1.2 3 3E -64 1.46pr=09 5.673f-09 4 137E-49 2.527E-09 1.270E-49 7.*90r-10 4.906E-19 3.5 3 t E -10 2.616F -10 2. 0 3 t f -13 NJ 4.347[-09 3.932E-09 4.2 Ant-09 7.72pt-09 4.86FE-09 2.412E-09 8 481E-09 9.172f-10 6.425t-10 4.762[-16 3 697E-St NNd 2.852 E -89 2.57 4 E-99 2.56 3f-0 9 1.90e[-09 3 903[-09 3.s27E-09 6.3 35r-13 5.89 7E-13 3 6650-10 2 813E-14 2 279E-Id 9
5.49er-89 4.788[-09 4.63&E-t9 3.535E-89 1.c60E-h9 1.3 7 7[-49 A.0 47E-10 5.058E-10 4.406E-13 3 4 t er-18' 2.70EE-13 NNI 3.83st-09 2.839E-89 2.A36r-89 2.201E-99 1.175E-09 7.473E-10 5.847E-10 3.733[-I9 2 809[-10 2 175F-te 1.722r-10 NE 1.996f-89 1 762E-09 l.789f-89 1 392[-09 6.857E-l b 4.34tE-te 2.9A2E-18 2.160E-18 1.625E-10 1.25Af-tp 9.957F-ll thE A.452f-18 7.200E-10 6.367E-10 4.5eit-le 2.3taE-10 1.445E-lo 9.847E-Il 7.103E-11 5.338T-il 4 122E-Il 3.264[-91 E
3.Il8E-A9 A.474E-19 6.375E-10 3.927f-10 1.724E-t e 1 9 09t-R O 6.651E-11 4.712[-11 3.563E-11 2.699E-81 2.136E-11 ISE I.127E-09 9.495r-Is A.549E-10 6.l?9E-10 3.15tr-10 1.953E-10 1.331t=10 9.6t&E-11 7.21t[-11 5 576[-11 4.4150-31 i
SE 1.349E-te 1 066E-se s.123r-09 5.06er-a9 2.255r-09 8.329E-s9 a.Ta6E-10 6 236E-t e 4.642E-t o 3.577t-8 3 2.s32r-t 3
$5E 2.792[-P8 2.067E-08 1.454f-98 8.306f-09 3.349E-09 1 875E-09 1 2 0 3r-49 A.399E-10 6.197I-10 5.4 4 0E-10 4.4 3t f -10 DIPECTION DISTANCES IN MILES i
F ADM SI TE 5.98 7.50 10.00 55.00 20.00 25.00 38.00 35.98 40.00 45.00 50.60 4.031F-10 2.029C-10 1.279E-10 7.1stF-It 4.701E-Il 3.567t-il 2.55e[-11 1.922C-Il 1.5eAE-It 1.204E-11 9.23t[-12 SSW 2 265E-10 1.lT6E-10 7.379E-Il 4.00&E-fl 2.982E-Il 2.802E-fl 3.586E-38 1.13tE-11 A.792[-12 7.823[-12 5.733E-12 l
SW A.982E-fl 5.302E-Il 3.449E-11 1.983E-Il 3.199E-Il 9.8 75E-12 6.9 5 t t-12 5 8 90[-12 4.0 35 f -12 3.2 2 3E-12 2.6 3 t E-12 W%d 3.626E-Il 2.579E-Il I.742E-11 1.142f-St'6.912f-12 4.634E-12 3.328E-12 2.493[-12 1 939t-12 1 549E-12 1.264F-12 J
5.015E-IS 4,557f=11 3.437E-Il 1.86tE-11 1.467E-11 9. 8 35 E -12 7.84 8E-12 5.2 92E-12 4.ll5 f-12 3.2 87t-12 2.683 E-12 WNJ 1 652E -18 A.82SE-11 5.063E-11 2.724I-11 1.897E-11 1.390E-11 1.044E-Il 7.836E-12 6.093E-12 4.967E-12 3.972E-12 00 NW 3.SS4E-ID 1 453E-It 9 556E-Il 6.388E-11 3 829t-11 2.57tE-la 1.868E-11 1 397E-11 1 906F-Il 8.678[-12 7.083f-12
[]
NNW l.9 38f-10 1,813[-10 7.760E=ll 4.582E-18 2.98 7E-Il 1.95t[-11 1.398E-11 1.075[-11 8.417E-12 6.723[-12 5.4AAE-12 os 9
2.178E-10 1 036E-te 6.345E-11 3.373E-11 5.992E-81 3.962E-Il 2.839E-11 2.137t-!! 8 65st-sl 1.324r-Il 1.opit-il NNE 1 389E-lO l.78FC-19 1.091[-19 5.575E-11 3.385C-11 2.26SC-11 1 623E=ll 1.287[-11 9.456E-12 7.548E-12 6 15AE-12 NE 8 033E-18 1.026E-19 '6.3 7 7F-11 3.323t-11 2.0 3 0E-Il I.358[-11 9.649E-12 7.245E-12 5.633f=12 4.598[-12 3.673[-12 ENE 2.6 3 4 E -18 2.726[-18 1.956E-11 1.183[-13 7.585f -12 5.8 73E-12 3.599E-12 2.4 4 3E-12 1.9 35 t-12 1.552C-12 1.2 72t-12 I
1.72 AE -11 2.74 3 E-I l 2.315[-18 1.352E-11 A. 700E-12 5.360E-12 4 130E-12 3 04 eE-12 2.3280-12 1.64 8t =12 1.336E-12 (SE 3.5630-11 4.72SE-18 3.532[-11 2.20SE-Il I.420E-Il 9.452C-12 6.662E-12 4.902E-12 3.744E-12 2.950E-12 2.379E-12 SE 2.290E-10 1 897E-te 6.766E-Il 3.670E-Il 2.324[-11 3 643r-ll 1.242E-11 1.11EE-11 8.943f-12 7.376E-12 6.190r-12 55E 3.5 7 6 E -19 2.206E-10 1.348E-18 6.899E-Il 4.203E-11 2.825E-11 2.028E-11 1.525E-it 1.187E-Il 9.5b1E-12 7 766E-12 ee....eeeeee..eeeeeeee.e RELATIVE DEPOSITION PER UNIT AREA 4Mee=29 BY 00WNWIND SECT 0AS
- ee**ee*****e**.
SEGMENT B0UNDARIES IN MILES DIRECTION
.5-1 1-2 2-3 3-4 4-5 5-le 30-20 20-36 30-40 40-51 F409 $ITE 5
3.917E - 00 5.06AC-89 1.52AE-09 7.630E-te 4.899E-30 2.140I-te 7.300[-18 3.467E-Il 1 946E-11 1 212r-ll SSW 6.394[-09 2 132E-89 7.696E-10 4.479f-10 2.840E-10 1.223f-le 4.301[-11 2.098[-18 1 142E-11 7.069[-12 SW l.194E-09 9.033E-10 3.967E-10 1.904t-lO I.IIRE-10 5.278E-Il 1 937E-Il 8.988E-12 5 242E-82 3.244[-12 WSW 4.866E-10 4.2200-18 1.539E-38 7.3980-11 4.4e6E-Il 2.457E-Il 3.tA4E-Il 4.716E-12
- 2. Stat-12 1.559E-12 W
4.2 3 AE -09 3.439E-89 4.597E-10 2 185E-10 8.277E-10 5.393E-Il 2.036E-Il 5 001E-Il 5 345E-12 3.30AE-12 WNW 4.054f-09 2.326E-89 7.845I-18 3.575t-le 2.064E-lu 8.594E-18 2.p76[-31 1.387E-Il 7 915E-12 4.899E-92 NW 5.7 3 AE -09 4.435E-09 1.480E-09 6.576f-10 3.756E-10 9.559E-14 5.839E-11 2.622E-Il 1 4 TIE-Il 8.7350-12 NNW 2 509E-99 1.532E-09 6.A90E-10 3.750f-10 2.3tlE-lp 3.147E-10 4.548E-11 1 984E-11 3 076E-11 6.7670-12 N
4.177E-09 3.928E-09 9 3780-10 9.44tE-10 2.717f-la 1 111E-10 5.197f-Il 4.d54E-fl 2.lb3F-11 1.333[-18 NNF 2.554E-09 1.283E-09 5.28l[-tr 2.A35E-10 1.715E-10 1.3A9E-16 5.7AAE-Il 2.3SHf=ll 3 23pr*ll 7.59AE-12 Nr 3.54W-09 7 19AE-30 3.016f-10 1 63AE-10 1.002[-10 8.040(-11 3.427E-13 1 3PUE-Il 7.3tAf-12 4.52*[-12 INE 5.719f-lo 2.43%E-10 9.9 76 E -I l 5.377E-Il 3.2ASF-il 2.3641-11 3 166f-Il 5 353E-12 2 592E-12 1 567t-12 E
5.753E-10 1 8960-19 6.793E-Il 3.542f-Il 2.852E-Il 2.239E-Il 1.351[-18 5.95Jr-12 3.0h%E-12 1.734E-12 ISE 7.736[-10 3.2 RS E-19 8.349E-te 7.272r-11 4.444E-Il 3.93%E-Il 2 15tf-II 9.63?E-12 4.964E-12 2 973E-12 SF 7.130E-09 2.468E-09 A.966[-14 4.692F-la 2.852E-lh 1.175E-10 3.7600-11 1.664f-ll 1 06HI-il 7.40lf-12 5$f 1.3 31E -09 1 795f-09 1 297f-09 6.53RE-10 4.413E-10 2.129I-In 7.163f-Il 2.h74I-Il 1.54tt-il 9.56Pr-l?
FOP FLEvaf E3 ST ACE CELEATE C00CE:fE0 F@Q E7EN TEDCAID CECIICULATION SPECI'IC POICTS OF INTETEST RELEASE TYPT OF Dlartfl04 DISTANCF N/0 210 N/0 D/0 In LOCATION
- RILESI IMrTTRSS ESEC/ CUP.arTERI ISEC/ CUP.PETE45 ftEC/ CUB. METERS IPER 50.METERI NO DECAY 2.260 DAV OECAT 8.000 DAT DECAY
_U5DLELLIED
_DBDLELLIED
___DLELLIED
.a SI E souMDAnv 5
0.84 li5e.
2 934E-07 2.as2C-s7
- 2. n56r.- 0 7 1.6=3t-3n A
S ITE MnUgD AR Y
$$W O.85 1370.
1.100E-07 1 099E-07 1.877E-07 5.422E-09 A
SITE ROUNDARv SW 3 01 1620.
A.157E-SP A.145[=58 8 323E-08 1.156E-0?
A SITE SOUND AR Y W5W l.04 1613.
4.R47E-On 4.n1*E-0R 4.439C-05 7.551E-10 A
t!TE DOUNDARY W
0.99 1540.
2.563E-17 2."59E-07 2.513C-d7 2.977E-39 A-SITE 90UND AR Y WNW 1.01 1620.
2.455E-07 2.45tt-07 2.425E-C7 4.488E-09 A
SITE ROU1DARY NW 0.80 1290.
2.2 78E-0 7 2 276E-07 2.25*C-07 4.172E-0*
a Sitt n0UNDAPy NNW 0.70 1830.
4.493E-0A 4.4n9E-pa 4.4440-84 2.54tt-09 A
SITE 800NDARY N
O.70 1834 6.*4fE-SA 6.93&E-OR 6.837E-08 4 61AE-39 A
SITE POUNDARY NNr e.65 1G50.
4.140E-OH 4 137[-08 4.08pt-tB 2.794E-09 A
SIT E SOUND AR Y NE 0.64 1930.
2.11PE-5A 2.117E-08 2.090E-08 1.704E-09 A
SITE ROUND A4 9 ENE 0 58 930.
1.160E-04 1 159E-SA 1.144E-08 6.763E-18 4
SITE POUNDARY E
S.54 A74.
1.A05E-38 1.804E-n4 1.784E-08 8.0*6E-14 A
SITE 500NOanV CSE 0 55 888 2.802E-OA 2 130E-0A 2.P77E-88 9.214E-10 A
SITE 80UNDARY SE 1.03 1660.
3.119E-07 1 197E-07 1.095E-07 4.768E-49 A
SITE 80UND An v SSE O.85 1370.
1.539E-0 7 1.537E-07 1.5C2[-07 1.150E-18 i
3 M
I
O l
Atmospheric Diffusion Estimates i
Elevated Releases A ril-June 1983 P
4 s
B128
IRP FLEV47IO 97 AC3 EELEast C0 DC:Afe UNOEPLETED CO2EC:7FD F02 OPEN TIC 2812 REC ISCUL ATIO3 ANNUAL AVERAGE CHl/O (SEC/MFIER CUPEDI DISTANCE IN MIL ES SFC70A 0.250 0.500 0.750 3.Opr 1.503 2.90C.
2.5PP 3.000 3.500 4.000 4.500 S
3.137E-07 f.957f-47 1.5 A4E-0 7 1.2 4 70- A 7 9.393E-0 A 7.145E-0A 5.543C-0 A 4.410E-S A 3.597E-Sm 3.7mit-P8 3.811[-04 SSW 6.13 9C -S A 2.294E-08 2.663t-08 3.704E-0A 4.192E-08 3.63tt-00 2.99tE-SA 3.0*1E-08 2.*820-0A 2.526E-ep ?.lfl[-en SW 2.4A7E-SA 2.592[-0A 7.173r-08 1 181r-07 1.45tE-07 *.163[-08 6.2*3f-SA 4 5*RE-AA 3.524[-PA 2.799E-88 2.2RAF-08 l
WSW 6.6230-0A 4.4361-9A 6.247t=08 9.34tE-0A 1.137[ 97 6.749[ 08 4.473C-08 3 192E-0A 2.407E-08 1.AA9E-98 1.530E-0A W
4.754[-RA'I.177f=07 2.337f=07 2.314[-37 1 705E-P7 9.9PII-04 6.564E-08 4.668[-08 3.510r-00 2 750E-00 2.2240-04 W4W 3.088E-10 1.R75E-04 9.927f-0A 1.55t[-07 1 628f-07 9 573E-08 6.329E-SA 4.678[-08 3.6210-Se 2.p34[-04 2.291[-08 NW 5.355t-99 4.776E-OA 1.8 4 2[= 3 7 3.788F -0 7 5.594 E-07 3.215 E-0 7 2.0 9 7F-0 7 1.513[-07 1.152E-07 9 02st-08 7.296E-SA N4W 3.475[-98 A.703E-On 1.544E-07 1.9610-07 2.423r-07 2.22AE-07 1.93 A r-0 7 1 63 3E-0 7 1.3 7 t I-0 7 1.0 6*E-0 7 8.622[-08 N
R.665f-SA I.046E-07 1.0 02[-0 7 A.72 7E -9A 7.3070-08 6.015E-GA 4.9021-08 3.971E-0A 3.2A3t-0A 2.766E
- 4 2 369E-08 NME 2.161E=0A 4.223E-08 4.930E-SA 4.123E-08 3.135E-08 2.443E-SA 1.947E-08 1.592[-0A 1.3310-0A 1 136E-0A 9.R6er-09 wE 2.995[-08 6.56AE-en 6.19Ar-04 4.465t-0A 2.937E-08 2.154[-0A 1.659[-0A 1.323E-08 1.0A5r-Se 9.192C-09 7.78tt-09 E9[
2.091[-39 3.636E-08 3.120[-OR 2.255[-08 1.542E-SA 1.150E-08 8.92?E-09 7.14t[-09 5.869E-09 4.931[-09 4 222[-09 E
6.4 9 9[-8 A 5.690 E-S A 4.265E-08 2 912E-08 2.031[-08 1 633E-SA 1.364[-0A 1.16tE-SA 1 004r-08 A.79AE-09 7.802t=09 ItE 1.922r-07 1 075E-47 6.171E-04 3.683r-04 2 223E-08 1.580E-08 1 2r3E-08 9.579E-09 7.804E-09 6.65&L-09 5.738t-09 9E 2 4 92[-0 7 1. A32[=0 7 1.4 5lf-0 7 1.0 5 0f-0 7 7.24 r-8 A 5.424E-04 4.223[-0R 3.391[-GA 2.794E-Os 2.352[-08 2.pl4F-08 Sl[
4.48tF-07 2.532E-07 1 581E-07 9.014r-SA 5.974E-04 4.243[-08 3.221[-0A 2.549E-08 2.043[-SM 2.606E-9A 2 936E-0A I
ANNUAL AVFAAGE CHl/4 ISEC/ PETER CUSEDI DISTANCE IN MILES B0 AT I NG 5.000 7.500 10.000 15 080 21 030 25.000 30.000 35.000 40.080 45 000 50.000 5
3.32tE=0A 2.07tr-08 1.333r-00 7.5A3r-09 5.27pt-09 3.969E-09 3.093t-09 2.59n[-09 2. lear-09 1. A 0p t-89 1.569[-09 SSW l.92AE-08 1.223f-PA 7.785[-09 4.343E-A9 2.954[-09 2.167[-09 1.673r=09 1.343C-09 1.112[-09 9.41A[-10 A.122[-10 SW I.984f-9A I.132E-0A 7.13 2E-0 9 4.92 3 [=o9 2.597E-09 f.A84E-C9 1.449[-09 I.15pt-09 9 543E-te A.04RE-10 6.913E-10 WSW I.292f-68 6.9 tat-09 4.440E-89 2.466[-09 1.619E-09 1.171[-09 A.995 E-10 7.2 05E-10 5.94 9f-10 5.0 2 7E-10 9.325[-13 W
3.A45E-00 9.46AE-09 6.216f-09 3.564I-99 2.392[-09 1.734E-09 1.333E-09 1.069[=09 8 82pt-18 7.464[-10 6.425E-10 W4W l.913E-08 1.003f-00 6.5070-09 3.701E-09 2.465[-09 1.7*9E-09 1.393f-09 1.120E-09 9.274E-10 7.854E-10 6.770E-RO as M
MW 6.102[-08 3 236E-08 2.131[-08 1.239f=0R 8.265E-09 6.050E-09 4.7330-09 3.A3mE-09 3.195E-09 2.716E-09 2.350E-0*
($
N4W 7.222[-00 3.819E-OR 2.440E-08 3.373E-PR 9.165[-9* 6.786E-09 5.224 E-99 4.22 AE-99 3.5 2 3 [-09 3.013E-09 2.606E-09 4
2.063f-08 1.236E-0A 9.5 89[-0 9 6.915E-09 5.34 t E-09 4.19 AE-09 3 271[-09 2.649E-09 2.206[-09 1.8770-09 1.626[-09 NME 1.s85E-9A 1.548E-34 1.302E-OR 5.744E-09 3.A96E-0* 2.AA9t-09 2.266[-09 1.84 7E-0* 1.54 9[-89 1.3 26[-09 1 155[-09 10 8.030F-O? A.523E-89 5.463f-09 3.093E-09 2.084[-09 1.53A[-69 1.207E-09 9.A44[-10 A.246F-10 7.053E-10 6 127[-10 fM[
4.290E-89 6.669E-09 4.45AE-09 2.66tE-09 3.850E-09 1.39AE-89 1 155E-09 9.793E-10 A.446E-18 7.28AE-10 6.37AE-19
[
A.69Af-09 1.5ARE-08 1.068E-08 6.4160-09 4.477[-99 3.3n9E-09 2.70lE-A9 2.230E-01 1.P90E-09 1.749E-09 1.532E-09 ESE 5.04tE-09 J.972f-09 6.153[-09 3.787F-09 2.6a3[-09 2.053E-09 1 650[-99 1.372E-09 1.169E-09 1.015C-09 8.952[-13 SE 1 753r-SA 1.053E-SA 7.9010-09 5.400[-09 3.876E-09 2.993E-09 2.399E-09 1.991[-09 1.694r-09 1.452E-09 1.263E-0*
SSC 2.4 Alt-0A 1.350E-Sp A.669[-99 4.93t[-09 3.334E-09 2.469[-99 1.934E-09 1.576E-09 1.32tE-09 1.33tE-09 9.A54T-10 EHl/0 ISEC/ METER CUME05 FDA [ ACH SEGMrNT SrGn[NT A0UND4AIES IN MILES CIAIE7804
.5-1 1-2 2-3 3-4 4-5 5-10 10-20 20-30 30-48 40-5J F909 SI TE S
3 537E-07 9.078E-00 5.537E-DA 3.A99E-0A 3.6230-na 2.021[-0A 7.832r-09 3.965[-09 2.523E-09 1.Re9L-39 SSW 3.943E-90 3.A34E-08 3.202E-08 2.840r-08 2.lP6[-08 1.142E-9A 4.499f-39 2.17AE-09 1.349E-49 9 442E-10 SW R.216t-0A 1.153E-F7 6.379[-0A 3.555E-0p 2.327t-ce 1.135 0-0 A.
4.946r-P9 1 900[-09 1.164E-09 P.37tr-14 WSW 7.220E-08 8.866E-00 4.567F-DA 2 434E-0A 1.54A[-08 7.151E-09 2 52pt.-99 1.182[-09 7.238E-te 5.04 0r-19 W
2.ll3E-07 1 576C-07 6.737E-r8 3 552F-CA 2.24pr-na 1.un2E-JR 3.631[-09 1.74*[-09 1 073r-ng 7.4n3r-IO W4W 3.062[-07 1.313E-67 6.534t-0A 3.624F-08 2.332t-P8 1.048[-98 3.776E-09 1.A14E-39 3.824[-n9 7.873[-10 MW 2.494t-17 4 134F-07 2.161[-27 1.16PE-07
- 7. 3 65E -0 8 3.382E-CA 1 254[-9R 6.184[-09 3.849[-09 2.722r-h*
N4W l.914F-97 2.234f-07 1.A93r-07 3.35t[=07 A.716F-op 3.*62[-h9 1.4P7E-0A 6.772[-99 4.243E-99 3.plir-P9 4
9.5920-0A 7.049[-08 4.827F-08 3 2A3f-SA 2.3730-0P 1.297[-08 6.Alor-09 4.132E-09 2.65At
- 9 1.pA2r-09 NME 4.414t-GR 3.34fr-08 1.937I-9P 1.3310-08 1.P6AI-?8 1.202r-UA 5 872[-09 2.9P90-09
- 1. p 5 3[-0 9 1.329f-d*
Mr 5.51nt-1A 2.9291-DR 1 657E-SA 1.DA71-0A A.265E-99 7.053E a9 3.17tE-?9 1 551r-09 9.n73t-10 7 164r-lo tv[
2.A%1[-ce 1.52st-no n.pq73-c9 5.A75t-J9 4.457f-09 5 157t-09 2.7P4[-19 1 423E-39 9.7A3C-It 7.2*er-19 f
3.'8ao r -0 A 2.050r-R8 3.3550-Op 1.002r-0p p.429r-39 1.l*7t-cA 6.502f-19 3.404t 99 2.2350-09
- 1. 7 t l F - #
- FSE 6.3A9F-1A 2.?6tI-08 1 295f an 7.9 art-19 6.94f,r-n?
7.023r-09 3.p22E-09 2.060t-C9 3.374r-99 1 016t-no SE I.35p[-07 7.563f-PA 4.2 tit-PR 2.796t am 2 3170 np I.093r-1P 5.278t-19 2.**lI
- 9 1.*94r-49 1 454f
- 9
%SF l.5?6f-97 6.05pf-9h 3.225t-0A 2.415r-gA 2.6per-op I.3nTF-on 5.0%2f-99 2.486E n9 1 5ptr-t9
- 1. l? 4 r -p9
m Cor rt[vorro Sv4[u o[trast 2.260 04y prCAfe UNO(PLFTED
[0RRECT[p FOR OPEN TE#AAIN RECIRCULATION ANNU4L AWrRAGE CHl/8 ISEC/REFFA CUAEDI DISTANCE IN MIE ES
$[ Cine A.250 9.580
. 0 750 1 000 1.510~
2.090 2.503 3.900 3.5no -
4.400 4.500 5
3 136[-97 1.956[-07 1.583[-r7.1.246[-07 9.376[-8P 7.12p[-04 5.526[-tm 4.394[-0A 3.5 Alt-SA 3.76tt-AA 3.789[-0A StW 6 137[-04 2.292[-04 2 66AE-OR 3.699[-18 4 144[-94 3.622[-0A 2.*81[-SA 3.079[-r8 2.964[-Os 2.533[-SA 2.158r-SA SW 2 4A6[-04 2.590f-08 7.1650-0p 1.179f-37.1.4nmE-07 9.1370-OA 6.267[-98 4.574[-SA 3.506[-88 2.7A3[-0A 2.273[-SA i
WSW 6 68*[-08 4.432[-08 6.243f-Sp 9.327[-8A 1 134[-07 6.726F-08 4.453r-08 3.176[-0A 2.393r-08 1.A77t=0F l.518[-0A i
W 4.751[-08 1.376F-87 2.334r-0 7 2.31 AE-07 1. 78PE-0 7 9.9 46[-ee 6 5 35[= 0 A 4.64 4[= en 3.4 49[-08 2.73 t[-0 4 2.206F-0A W9W 3.017[-19 1.A74r a# *.93AC-9A 3.550E-37 3.625r-07 9.544r-0A 6 3a*[-04 4.6600-0A 3.605[-0A 2.Al9[=SA 2.278r-08
.NW 5.052[-09 4.772[-04 I.A39[-07 3.7P3[-97 5.583[-37 3.294[-07 2.490[=07 1 547[-07 1 197[-07 4.973r-04 7.254[-08 N1W 3 874r-en 8.6*8[-0A 1.5 4 3[-0 7 I.9 7 AE-07 2.416[-0 7 2 214[-0 7 3.*32r-07 1.626r-17 1.364r-C7 1.063[=07 A.567[-44 N
A.663[=0A 1.046[-8 7 1.G elf-4 7 p. 7 3 7[-PR 7.294F=0P 6.00l[-SA 4.ka7[-SA 3.957[-08 3 269F-08 2.752[-0A 2 356[-04 I
M9[
2 860[-88 4.220[-04 4.925r-SA 4.11A[-09 3.129E-SA 2.436r-08 1.940[-08 1.5A4[-Sm 1.324[-08 1 129[-04 9. Ate [-OS l
9[
2 994[-04 6.564[-0A 6.193[-38 4.46ff-e8 2.*3t[-08 2.149[-r8 1.654[-08 1.3tRE-CA 1.040E-SA 9.050E-09 7.73er-89
[9[
2 898[-e8 3.633[-04 3.ll?[-SA 2.253[-04 1 539[-0A 1.147[-08 8.P94[-09 7.114[-09 5.A43[-09 4.906[-99 4.198[-29 1
[
6 4 P9F-0 A 5.685[-08 4 260[-08 2.907[-8A 2.P25[-OR 1 62mE-0A 3.35PE-08 1.155[-88 9.979[-0* 8 736[-09 7.739E-0*
j
[SE I.921[-0 7 1.0 74[-0 7 6.162[-0 4 3.67 7[-08 2.2 8 mC-0 A 1.5 75 [-5 A 1.19*r-48 9 540E-09 7.A47[-09 6 621[-89 5.697[-09 SE 2 491[-07 1 830[-07 3.456F-07 1.0490-07 7.23RE-04 5.41?[-SA 4.21t[-SA 3.340[-05 2.7A3[-00 2.341[-08 2.003[-0A SSE 4.4 09E -07 2.53 9[-0 7 1.58 0[-0 7 9.P 34[-P A 5.*64[-0A 4.233[-08 3 211[-06 2 540[-8A 2.074[-08 2.593[-08 2 919f-On ANNUAL AVERAGE CHI /9 ($[C/RETER CUSF05 DISTANCE IN AILES BEAllNG 5.000 7.500 10.000 15.000 20.000 25.000 30 000 35.000 40.000 45 000 50.0C0 i
l 5
3.100[-BA 2.049[-09 3 3 8 5[-S A 7.4 3 90-89 5.119[-09 3.824[-09 2.958[-09 2 381[-09 1 986r-09 1.690[-0? 1.455L-09
$$W l.915[-00 1.2100-0p 7.672[-09 4.24 7[-09 2 866f-09 2.3n6[-0* 1 596[-09 1.273[-09 1.046[-09 8.749[-18 7.520E-In
]
SW l.973[-08 1.120[-88 7.02RE-0 9 3.835[-09 2.521[ n9 1.nts[-09 1.3A6[-09 1.100[-09 A.9940-10 7.529[-10 6.420E-10
[-
WSW l.2Al[-Sp 6.830[-09 4.364[-09 2.403[-09 1 564[-09 8.32t[-09 A.548[-18 6.782[-13 5.551[-10 9 650E-10 3.967[-10 W
l.829[-08 9.343[-09 6.186[-09 3.470r-09 2.409E-09 1.6580-09 1.263f=09 1.004[-09 A.219[-10 6.AA6[-18 5.m75[-19 W9W l.? t0E -SA 9.92*[-09 6.4 tar-09 3.627[-09 2 398[-9* 1.73A[-09 1.334[-0? 1.066[-09 A.769[-le 7.374[-10 6.312[-19 i
9W 6.062[-08 3.204[-04 2.102[-08 1.214[-08 A.041[-09 5.P45[-09 4.540[-Se 3.656[-c9 3.022[-09 2.550E-99 2.190[-09 go re N9W 7.37t[-8A 3.779[-8A 2 405[-CA 1.343[-00 8.910[-09 6.4pt[-09 5.009[-09 4.025[-09 3.329[-09 2.A2PE-19 2.430E-09 l
hj N
2 050[-04 1.225[-0p ?.475[-09 6.792[-09 5.213r-0* 4.971[-09 3 152[-09 2.537[-09 2.200[-09 1.776[-09 1.529[-09 49[
1.077[-00 1.539[-04 9.864[-09 5.6 8 3[-09 3.77 AC-0? 2.7Al[-09 2.164r-09 1.75t[-09 1.457[-09 1.23nr-09 1.07r[-09 NE 7.972[-09 4.440E-09 5.391[-09 3.034[-09 2.032[-09 1.49er-09 1.163[-39 9.425[-10 7 848f-le 6.672[ ale 5.763[-10
[9[
4.762[-09 6.602[-09 4 394[-09 2.607[-09 1.80l[-09 1 3 5 t [-0
- 1.109[-09 9.3 3 7[= 3 9 7.99 7[-18 6.853[-10 5.957[-I n
[
m.619[-09 1 565[-04 1.e48[-0A 6.23e[-09 4.313[-09 3.234[-09 ?.554[-0* 2 689[-39 1 754[-09 1.688[-09 1.395[-09 L
ESE 5.403[-0* R.869[-09 6 05AE-09 3.69PE-09 2.599[-09 1.972[-09 1.572[-09 1.?*6C-09 1.095[-09 9.433[-IP A.245t-to I
$[
1.743[-0A 1 042f-00 1.804[-09 5.297F-49 3.776[-09 2.A*SE-99 2.305r-09 1.894[-09 3.604[-89 3.365[-09 1 1A0[-49
$$[
2.465r-08 1 337[-08 A.55AE-09 4.036r-09 3.750[-09 2.398[-09 1 862[-09 8.507[-09 1.256[-99 1.069[-89 9 25t[-10 l
[HI/G (SEC/ AFT [A [UAEDI FOR [a[H SEGarNT Sf64rNT A0040aRIr5 IN AILES l
DInfE710N
.5-1 1-2 2-3 3-4 4-5 5-18 10-20 20-30 30-40 40-Sn l
FROM SITF 4
S i.5i6[-87 9.06 r-SA 5.50.[-SA 3.R42[-,A s.59.r-05 2.0.it-2.
7.66,[-0,
- 3. 23r-09 2 3,5[-o9 i.6,i[-2,
$4W 3.949[-30 3.426t-08 3 198[-04
?.A260-00 2.173t-68 1.lT0[-CA 4.395[-09 2.09er-49 1.279[-09 A.A13[-10 i
SW A.796[-9A 1.151[-07 6.357[-08 3.5370-08 2.312[-na 1 123[-59 3.961[-09 1.832r-09 3.IS5r-n9 7.55?[-10 l
WSW 7.2tSI-0A A.A43[-08 4.54PE-0A 7.4?nt-1M l.936F-OA 7.063[-09 2 466[=99 1.132[-99 6.nI6[-10 9.664r-20 r
(
W 2.180[-97 1 522r-07 6.6mPE-98 3.530r-0A 2 222[-19 9.89?I-P9 3.540E-49 1.674[-89 3.P09[-09 6.907[-10 l
W9W l.06t[-07 1 310[-07 6.513[-rA 3.607[-0p 2.?*Ar-9A 1.038r-14 3.793[-09 1.752r-09 1.071[-99 7.994[-IP 9W 2.413r-97 4 12&E-P7 2 1540-n7 1.15%[-27 7.1??r-en 3 350[-04 1.229[-0A 5.908[-09 3.667[-09 2.557[-49 N4W 3.%A7[-47 2.729[-07 1.Pp5[-p7 1.324[-17 A.661[-9A 3.922[-98 3.*74r-PR 6.541[-49 4.P48[-09 2.a?90-09 N
9.514 r-0 8 7.nist-08 4.Al2[-0A 3.269[-GA 2.350s-04 1 285r-rA 6.6n7E-09
- 4. con [-a9 2.546[ 89 3.7 Alt-Je N9[
4.480[-18 3.R48[=PP 3 990[-0P 1.324[=DR 1.069t-CA 1.lPPI-CA 5.742[-0*
2.Acr[-n9 1.757r-09 8 2400-44 Nr 5.515[-0A
?.*231-0A 1.65t[-nn 1.mntr-08 A.293r-19 6.9 Alt-u9 3.187[-49 1.504[-19 9.454[-1e 6.6A4[-10 090
?.447r-9A 1.573r-0A A.m7ct-09 5.p49r-39 4.432[-0*
5.133[-39 2.647r-p9
- 1. 3 7 4[ -se 9.327[-1e 6.n60[-lo j
[
3.?750-38 P.0ger-pp g,3,gr-gg g,g55[-19 A.46ff=C9 1.179r-9P 6.375[-n*
3.2sr[-r9 2.P94[-n9 1 573r-09 l
r$[
6.076E-09 2.25 70-9 P.
3.?Pir-PA 7.R64[409 6.4tif-99 6.93PE-09 1.734[-09 1.979[-0*
1.798[-0*
9.441[-10 sr 3 5ssr-07 7.149r-nA 4.la9[-rA
?.745r-sn
?.1Pf[-sA 1.0ptr-ea 5.17Ar-09
?.494t-na 1.90?r-09 1.367r-o*
sst 1.s?5r-a7 6.n e er -n A 3.?I5r -O P. so40s[-cm 90624g-on.
De pog-@A 4 a9 spy-09
..So 4 G AT -e9 002006-me
.000P07-@"
s
I rte f ttva7tn S74tu c[trA$r 4.908 Dat EECave DEELEft0 I
CSR6'rC7[D F02 CPEC Trpp AIR CECIRCUL47 ISO j
AeNuaL AvteAGE rul/0 ESE C/ Mr 7[R CU8[0f DISTANCE IN MILES Sftf0R
.0 259 8.988 3.75e 1.004 1.548 2.309 2.500 3.988 3.5Pe 4.000 4.530 S
3 837E-87 3.*40E-07 1.552r-07 1.2190-07 9.853E-84 6.*lat-ce 5.329t-ce 4.21st-44 3.410E-sp 3 579t-se 3.603r-se
[
$$W 6 3 39[-en 2.274[ ca 2.63pt-S A 3.6per-in 4.841f-en 3.557t-88 2.905[-08 2.944C-en 2.a69E-te 2 411E-84 2 961[-98 i
SW 2.4R7E-98 2.569t-sA 7.8 9t E- 0F 1 172[-07 1.42FE-c7 0 9P6[-te 6.C53E-GA 4 3nFE-04 3.337f-se 2.6330-4e 2 13nt-en WSW 6.622E-em 4.395E-en 6 558F-88 9.252E-SA 1.Il6t-87 6.55?C-b8 4.297[-en 3.043E-04 2.277E-98 3 775E-09 1.42Rr-en W
4.75 3r-se 1.353r-e7 2.se4[-3 7 2.267E-e 7 1.65 st-07 9.5 76E-sa 6.24er-en 4.4 93c-08 3.207t-ee 2.559r-se 2.n57E-en l
WNW 3.817[-19 1.864E-p4 9.869[-04 1 533C-87 1.593E-c7 9.2SME-en 6.n67t-04 4.455E-en 3.429r-OR 2.666E-tm 2 14st-Sm NW 5.e54I-e* 4. 713 E=8 A 1.423r-37 3.755[-07 5.53et-07 3.135f-07 2.932E-87 1.457[-87 1.195[-87 A.699t-18 6.915[-en I
N1W 3 4 75f-sP A.625r-en 1.520r-87 1.*56[-8 7 2. 3R6f-0 7 2 3 75E-9 7 1.892[-0 7 1.5n9[-e 7 1.3
- st-8 7 3 93 2t-4 7 s.2 74[-e n 4
4 665[-98 1.037F-87 9.A27[=e8 4.567r-en 7.15mr-en 5.86er-en 4.746t-on 3.m21[-es 3.140t-en 2.633E-en 2.242r-en NME 2.169[-en 4.lM4[-98 4.A27f-88 4 826[-05 3.P530-se 2 3fRE-08 1.A78[-P8 1.527E-08 1.272E-00 1.04t[-08 9 356[-99 4
9E 2.994r-en 6.50AE-88.6.863r-en 4.346f-pe 2.847E-en 2.ppeE-SA 1.594E-en 1.265E-en 1.032[-00 e.616E-99 7.334E-89 E9E 2.8990-en 3.682 t=0m 3.1541-0 4 2.2SOE-en 1.50st-ce 3 134 t-04 R.593F-89 6.a37[-09 5.589E-09 4.6730-39 3.9p2C-89 E
6.4890-98 5.637E-94 4.37nt-88 2.R33[-eA 1.972[-08 1.584E-04 1.323r-se 1.123C-en 9.693E-89 A.4 79[-09 7.907E-09 i
ESE 3.92 3 f -0 7 1.065[-8 7 6.32pt -SR 3.576f-04 2 346[-P9 1.537E-08 1.849[-se 9. leer-09 7.456F-e9 6.267E-09 5 374r-09 i
SE 2.492E-07 1.885E-07 1.420E-07 1.0240-07 7.0400-84 5 2440-en 4.062E-89 3.246t-08 2.661E-te 2.2300-08 3 993r-06 SSE 4.4 9 ef-87 2.589r-87 1 545[-07 9.53er-SR 5.767E-98 4 076E-08 3.07AE-00 2.423[-en 1.970E-te 2.443E-en 2.Ritt-en ANNUAL AVERAGE CHl/4 (SIC /ME7ER CUS[0f DIS 7ANCE IN MIL [$
I RE A4 3 NG 5.990 7.500 10.000 15.tep 20.000 25.804 30.088 35 000 40.000 45.000 St.See l
S 3.12 7[ =90 1.988[=4R 1.1980-88 6.369E-09 4.153E-09 2.960E-99 2.2s5r-09 1.787E-09 1.3940 09 1.159E-99 9 779[-18 SSW
!.422[-08 1.131E-en 6.966E-09 3.658C-89 2 343[-09 1.65et-s* 1.227[-09 9.53AE-IS 7.663r-te 6 31pt-18 5.30e[-10 i
SW 3.8450-09 1.026L-se 6 25Ar-89 3.245C-09 2.027E-e9 3.399E-99 8.916E-89 A.002C-te 6.393r-te 5.236[-19 4 3760-10 3
WSW 3.24 00-se 6.226t=09 3.Afef-P9 2.034[-09 1 272f-09 A.825E-te 6 536[-18 %.e64E-te 4.055r-te 3.338E-10 2.7900-10 I
W l.69 7E-S A e.Self-89 5.459t-e9 2.95mE-09 1.Antt-19 3.3ent-e9 9.6 96[-18 7.519E-te 6.026[-10 4.952[-19 4 15tE=le 03 W4W l.775r-se 9.te6t-09 5.657E-09 3.022r-a9 1.nAmt-49 I.3e4[-89 9.7e4[-le 7.5440-10 6.e54L-le 4.979f-le 4 174E-te os 4W 5.74pC-on 2.952r-nn 1. welt-en 1.e2mr-en 6.486[-09 4.52mE-09 3.487E-e9 2.672C-09 2 157r-89 1. 7 A2E -19 1.5 Gl E-e 9 N4W 6 849r -94 3.527E-te 2.177E-0e 1.143C-en 7.n?5t=09 4.86SE-09 3.%74[-09 2.759C-09 2.20pt-89 1.829C-59 1 536E-09 N
1.943C-es 1.143[-0A A.79pt-09 6.299t-09 4.754[-r? 3.59e[-09 2.734t-e9 2 829f-a9 1 72PF-09 1 436E-89 1 216f-s*
NME 1.e33C-se 1.483f-84 *.2 76t -e9 5.telt-09 3.396E-99 2.254E-e9 1.692t-e9 1 325[-e9 1.073[-09 8.n T3E-t e 7.4Rnt-10 1C 7.578E-09 A.053C-89 4.906E-09 2.669E=09 1.733C-09 1.235E-09 9.192[-10 7.266[-It 5.916[-10 4.927E-te 4 176E-13 EME 4.e47E-89 6.396[-89 4.137f-09 2.385E-09 1 4810-89 I.346E-09 a.347[-18 6 546t-10 5.4290-19 4 544E-10 3.a65E-10 E
4.40l[-09 1.546E-te 1.804f-se 5.692f=e9 3 546E-P9 2.524C-09 I.RRAC-e9 1.472E-09 1.184E-09 1.e44[-0* 8 783r-te,
TSE 5.493E-09 4 6230-89 5.721[-89 3 203E-99 2.146t-e9 1.533E-09 1.860E-09 9.825E 19 7.392E-t e 6.124E-t e 5.1650-10
$[
3.64 nt-en 9.724[-89 7.2 44[-09 4.99 8C-89 3.4640-09 2.646E-09 2.181[-09 3.724[-39 I.4 4 4[-e 9 1.2 3 pE-0 9 1.93e[-89 l
SSE 2.36er-se 1.242f-04 7.69t t-49 4.ll FE-89 2.641[-09 1.869E-09 1.4etE-e9 3.le7[-89 A.978E-10 7 45at-le 6.3120-10 CHI /G ISEC/MrT[R CU8fD) FOR [ ACH 4t GMENT SrGMENT 90um0 ARIES Im MILES D I R f C 7104
.5-1 1-2 2-3 3-4 4-5 5-le 18-20 20-30 30-49 40-54 FROM 511[
S 1.49er-87 8.835[-08 5 3e5[-08 3.743r-08 3.489f-en 1.a6et-e4 6.614E-09 2.976[-P9 1.733[-69 1.162r-09 i
S$W 3.022E-en 3.7Ae[-RA 3.IllE-ee 2.726f-On 2.177f-op l.098t-9R 3.n09F-99 1.666E-39 9.6r3E-te 6 336[-10 l
SW n.l*6F-08 1 132E-87 6.14AE-G8 3.369E-ee 2.176[-P8 1.83eE-04 3.373E-09 1.42t[-09 A.063[-le 5.2600-10 WSW 7.lelE-SA e.689E-te 4.39FF-04 2.345r-08 1.446E-On 6.462C-09 2.lD3E-P9 A.948[-10 5.trer-19 3.3450-10 W
2.075[-47 1.4Ref-07 6.3*5t-ce 3 328E-0A 2 07?r-e4' 9.035[-89 3.e3%[-89 1.326E-09 7.572[-le 4.974[-10 W1d 1.952f-17 1.2A3[-97 6 273r-08 3.433r-08 2.168t-On 9.4611-Po 3.In0E-09 1.324[-C9 7.5agg-te
- 5. pant-le 9W 2.1R2f-17 4.064(-87 2.S*6f-fe7 1.182[-07 6.9M2f-04 3.n97L-9p 1.04*[-?A 4.602[-19 2.686[-89 1.7m90-09 N4W l.569L-07 2 197!-07 1.P46f-07 1.2911-17 A.367f-as 3.674[-tn 1.179E-PA 4.937E-09 2.792[-09 1.833r-n*
4 9.ia7[-OR 6.p94f-RA 4.673f-0A 3.141[-08 2.247F-JR I.24*r-pp 6.16pt-49 3.543E-39 2.143[-0*
1.4480-U*
l MME 4.32nE-sp 2.*6%I-ne 3.n6pE-rm 1.272r-en 1 8151-08 1.116[-08 5.149E-09 2.2n00-89 1.333[-e9 A.986[-lc j
NE 5.34mr-04 2.R490-On 1.592E-08 1.034L-0A 7.M94f-99 6.584E-ri 2 7%*t-i*
1.229[-19 7.302[-10 4.942r-IC j
EMC 2 7*60-08 8.4R4r-OR p.569f-09 5.5970-S*
4 28tr-89
- 4. 4 7 9f. -0 9 2.346[-09 1.97C0-09 6.S7Rf=10 4.5%5[-10 E
3.912[-on 1.993r-OR I.312t-en 9.669f-a*
n.126f-1*
1.14pC-Op 5.692r-09 2.5'3F-09 3.4Rif-0*
1.024E-19 FSE 5.966f-9R 2.IR5F-04 1.152E-en 7.474E-09 5.6M3f-r9 6.63pf-r9 3.31*[-99 1.547[-u9 9 373r-la 6.14 5 L -10
%E I.392I-07 6.9%20-08 4.A%If-en 2 664r-48 1.9a%f-an I.Ol?t-on 4.779f-c9 2 6*6f-*9 1.725F-89 1.253r-49
%%r 1.**48-47 9.n52f-pa 3.np2r cp 2.?q%r-se 2.a47f-in 1.2n tg r a 4.255f P9 I.M911-0*
1.ll5r-**
7.4a4E-It
F4P IEEv&TED Sf 8CE RfEEA$r CORRE*iEO FOR OPEN ffRRalN RECIRCULAll0N Arts 78vt DrPOSITION PER UNIT Apra 8P..-29 at FitED 505N15 PT DOWNWIND $tCinas
.......e.a.e*...*e..
plertfinN DISfaNCf5 th MILES F#0R SIfr 8.25 e.58 9.75 3.06 1.53 2.ie 2.5C 3.00 3.51 4.00 9.5m S
2.t S 9 r -88 1.627f-0A 1.192f-8A 7.127E-09 3.033f-09 I.7470-09 1.14tt-09 8.042C-14 5.965E-10 9.76pf-19 4.17AT-Id
$1W 3 949[-09 3.pS7f-09 2 026F-89 8.636[-e9 8.?67t-30 5.755f-lo 3.9n3E-10 2.896[-10 2.789E-te 2.055t-81 1.608f-li sd 2.5 3 3 f -89 2.2 7 7f-0 9 2.260E-09 1.746f-09 1.663E-n9 8.9 77E-19 5.53 FE-13 3.749f-I P 2.705F-18 2 4 4 4E-l p 1.640E-la WSJ 3.300F-09 2.592E-09 2.065t-6 9 2.8 2 0r-09 9.96 Pf -19 5.3270-81 3.2 75 8 -16 2.23 3C-13 1.5 96f-13 1.2 d6E-19 9.4 4 4 f - A l J
2.773f-89 5.932E-09 4.503f-09 2.665t-09 1 20er-09 6.436[-10 3.95tf-10 2.666E-10 1.92 e[-l e 3.4 4 AF-t o 1.132[-18 WNJ 4.497f=19 1.036f=09 4.12tt-09 2.905[-09 1.75tf-89 8.753t-10 5 857I-10 3.3A9E-10 2.4360-10 1.A30f-10 1.44&r-16 kW 3.423F-89 3.338[-09 3.63 nt-0 9 6.5 7 t E-09 4 342E-ee 2.060E-09 1.287[-39 J.062f-13 5.822E-13 4.495E-13 3.66RF-13 NNW 9.lltf-09 7.343f-09 6.140r-09 4.la2F-09 3.34*f-09 1.796[-09 1.1050-09 8.795E-19 6 378E-10 4.93ff=18 4.037E-10 9
1 262f-88 9.76AE-09 7.563 E= 0 9 4.797f -09 2.17Ff -0 9 1 28AE-8* A.%58f-If, 6.889f-19 4.538[=1C 3.499F-10 2.77Pf=10 I
NN!
4.11t[-09 3.158t-89 2.4 8 7E - 0 9 1.504t-09 6. 6 9 7E -18 3.947E-10 2.68tt-70 1.854r-10 1.383E-10 1 063E-10 A.417r-Il NE 6.2 7 4 E -09 9 662E-89 3.3 8 A E -9 9 1.9 0$ f-09 7 786E-10 4.3pp[-18 2 82R[-jG 1.97AE-10 1.463[-18 1.123E-18 8.P85[-11 INE 2.469f-89 1 988E-09 1.4 73E-0 9 9.3 8 7E-10 4 203f-le 2.492[-10 1.654I-10 1.176E-10 8.766E-Il 6.759f-Il 5 3500-11 3.552f-89 2.668E.n9 1.94 8 E-89 1.8 52r-09 4.t&3t -10 2 790E-10 1.8174-18 1 279[-10 9.479E-11 7.292E-f l 5.7 73 f-S t ESE 7.983E-09 5.231E-09 3.6140-09 2.027F-89 7.992E-18 4.487E-te 2.Al3E-te 1.955[-10 1.439E-10 1.1G4t-30 8.733E-Il SC 1 939f-88 1 45t[-90 1.e46F-08 6 849f-09 2 565[-09 1.463[-09 9.476f-18 6.678[-19 4.938f-10 3.797[-10 3.005F-10 SSE 2.0 3 0E -00 2.065 E-08 1.404[-88 7.6A3f=09 2.95tE-09 1.58AE-89 9.'93[-10 6.893f=10 5.054[-10 4.337[-1B 3 667E-19 DIRECfl0N DISTANCIS IN MILf5 FROM SI TE 5.88 7.50 18.00 15.80 24.00 25.06 10.00 35.00 40.80 45.08 50.00 5
3.366f-10 1.823E-10 3.165E-it 6.45tE-Il 4.158f-ll 3.246E-13 2.327[-11 1.748f-Il 1.37tt-11 1.895f-Il 8.9390-12 1
$5W l.293E-14 7.448I-11 4.789E-11 2.633[-11 8.938E-Il I.34tE-11 9.607E-12 7.214E-32 5.609[-12 4.480E-32 3.657r-12 SW l.28 7E-18 7.te2E-11 4.4 93E-11 2.4 3aE-Il 1.526[=ll 1.270E-Il 9.2390-12 6.938[-12 5.394t-12 4.309E-12 3.587E-32 WSJ 7.60 AE-Il 4.122f-11 2 620f-Il 1.79 8I-11 1.084[-18 7.2 70[-12 5.2 09E-12 3.912r-12 3.041f-12 2.429F-12 1 943f-12 J
9.l e f t -il 4.t e n t-il 3.397[-18 1.e88[-!! 1 418E-13 9.452E-12 6.773E-12 5.086[-12 3.954E-12 3.159t=12 2.5780-12 WNW l.199f -18 6.286E-Il 4.165[-11 2.3 4 8 E-11 1.64 3E-18 1.122E-Il 8.148E-12 6.llRE-12 4.757E-12 3 800E-12 3.182[-12 as NW 3.14 3E-10 1.853E-t e 1.5 0s t-l e 8.154 E-11 4.969E-Il 3.337[-11 2.405E-Il I.886E-Il 1.404E-11 1.122E-11 9.154E-12 kNJ 3 462E-18 2.042I*le 1 444E-10 8.648[-11 5.548E-Il 3.729E-11 2.647E-11 1.962t=11 1.507[-11 1 225[-11 9.995t-12 I$
9 2.2 4 0E-18 1.8 7 t t-19 6.606E-I t 3.567E-Il
- 4. 717[-18 3.2 8 70-11 2.355E-11 1 76AE-11 1.375[-11 1.098[-18 8.965t-12 NNE 6.808t-il 9.324E-Il 5.888E-11 3.039[-11 1.063r-11 1.249[-11 8.934E-12 6.694[-12 5.194[-12 4.145E-12 3.380E-12 NE 7.20 st-il 7.699E-Il 4.696E-11 2.39 7E-I t 1.45?[-11 9.781[-12 6.926f-12 5.336[-12 4.188f-82 3.345E-12 2 73eE-12 ENE 4.326E-ll 3.Salf-Il 2.467E-11 1.452E-11 9.33eE-12 6.340f-12 4.573E-12 3.68tt-12 2.67er-12 2.120E-12 8.734t-12 E
4.673[-11 5.54&E-11 4.125t-11 2.576[-11 1 674[-11 1.12RE-11 8.042[-12 5.98st-12 4.6130-12 3.474E-12 2.817E-12 ESE 7.es3E-Il 5.978[-11 4.286E-Il 2.535E-Il 1.658E-11 1.14 0E-Il 8.3 8 t t-12 6.3 2 AE-12 4.95 7f-12 4.013I-12 3.3 t it-12 SE 2.4 3 4f -18 1.169f-10 7.24 4 f-11 3.968E-Il 2.54 7E-I l 1.825E-11 8.484E-81 1.325[-11 1 224E-13 1.099[-18 9 144f-12 SSC 3.917E-te 2.845E-10 1.244E-te 6.328[-18 3.845E-Il 2.583E-!! 1.854E-11 1.395E-11 1.e86E-11 8.687E-12 7.1000-12
..........ee..
ee....e afEATIVE DEPOSlfl0N PER UNIT AREA IMee-23 BV UOWNWIND SECTORS
- ....see...eeeeee..e..e St& MENT BDUND ARIFS IN MIEf5 OIRECil0N
.5-1 1-2 2-3 3-4 4-5 5-18 18-20 20-30 30-40 40-50 F409 SifE S
1.8 76E- 08 3.375E-09 1.16AE-09 6.182E-18 4.852[-10 1.873E-10 6.586t-il 3 122[-13 1.770r-11 1 102[-31 SSW l.824E-89 9.188E-It 4.02t[-20 2.537E-10 1.624L-18 7.483E-11 2.303[-11 8.348[-11 7.286[-12 4.StGE-12 SW 2.035t-09 1.341E-89 5.739[-18 2 752[-10 1.636E-te 7.217E-11 2.490E-ll 3.200E-11 7.001E-12 4.337[-12 WSW 2.162[-09 1.888[-09 3.398E-10 1.624E-18 9.54#E-Il 4.229[-11 1.661E-11 7.398E-12 3.95t[-12 2 445f-12 W
4.004f-09 1.240E-09 4.500E-IS 3.954f-It 1.344E-10 4.90lt-il 2.OllE-11 9.619E-12 5.337[-12 3.179E-12 WNW 2.85t[-09 1.596E-89 5.409E-18 2.478[-10 1 46RE-te 6.61t[-18 2.439[-11 1.13AE-fl 6.380E-12 3.825t-12 NW 4.871[-09 3.757E-09 1 277E-09 5.957E-10 3.789[-10 1 8978-10 7.A33f-11 3.3990-11 3 824E-Il 3.12*[-13 NNW 5.537[-09 2.844E-09 1.199E-09 6.536E-te 4.090E-10 2 092E-IS 4.557I-11 3.782[-13 1.9440-11 I.225r-II 4
- 6. A 2 4[-09 2.362E-09 A.724E-10 4.5 R5E -10 2.790f-10 9.848E-te 4.754E-11 3.296f-ll 1.786f-Il 3 306E-11 NNE 2.172E-09 7.32pt-18 2.664E-10 l.39%i-24 8.478[-18 7.204E-Il 3 132E-11 8.2700-11 6.763r-12 4.172E-12 Nr 2.986[-09 A.7ASE-10 2.904f-49 1.48at-30 8.955f-ll 6 255E-!!
2 490[-11 9.987[-12 5.369F-12 3.3670-12 (NE I.329t-09 4.579E-te 3 687t-le n.RSAE-Il 5.3AAF-Il 3.2520-18 1 447[-11 6.433E-12 3.55tf-12 2.140E-12
[
4 75?[-09
%.4220-30 1.86tt-lo 9.5520-11 5.hl5C-Il 4.720(-11 2 589f-la 1.144E-Il 6.n5tE-12 3.560E-12 ISE 1.264E-09 9.132[-19 2.897E-40 3.45At-18 M.804f-!!
5.4360-11 2.517t-11 1.15%[-11 6.372E-12 4.033E-12 SE 9.444E-09 2.R72[-09
$$E I.2690-98 3.390E-89 1 452f=09 S.306F-10 3.625E-10 1.945[-18 6.5H2t-il 2.62RE-Il 1 40AF-11 A.742f-12
ERP tttva7ES StAC3 CELI 45[
CsRIE:ftp FCQ OPf3 7EpWAID CCCl*CULAfl04 SFECIFIC POICTS OF ICTEEFST attrast 7VPt OF OtetCTION DISTANCr ato sto are ore in LOCATION iMitts8 (MCifast (SEC/Ceo.nrital ISEC/ CUD.MrTERI (SEC/CU#. MITER) IPTR 50.NETER8 40 OtCar 2.26s 04v ettav n.ase nov OtCAv
_W9MELLIL9 - _ _H KELLIER
_ _K ELLILO A._ SITE 300NDARY S
D.P4 1359.
1 439[-17 1.4 tat-17 1 3 Rat-07 9.873[-89 A
Sli[ 5 0040 AR Y SSW s.85 1370.
3.898t-OP 3.096E-GR 3 077E-6A I.984C-e9 A
SIfC MOU40ARY SW l.83 1620.
1.I*tt-17 1.180C-s7 1.1A3t-07 3.729E-0*
A SIT E 8004044 Y WSW 1.09 1619.
'9.348t-en 9.334E-0e 9 2590-On 2.eI7C-0*
A SITE 800N0 A8 7 W
e.99 3590.
2.323t-rF 2.389C-87 2 277t-07 2.72&E-09 A
SITE 50040ARY WNW 1.s1 1620 3.560t-?7 1.554E-07 1 541t-07 2 772C-ee a
SITE 80Uw04R Y kW 0.se 1290.
2 23tr-07 2.2290-07 2.212E-07 3 541E-09 A
SlT[ ROU90at y NNW e.78 1935.
1.3n7F-07 1.345C-07 1 365f-37 6 293E-99 A
Stit BOUNDAay N
s.70 1833.
9.9?70-n#
9.92tt-9A 9 74mt=0A 7.n7st-09 A
SIf f POUND AR T NME 0.65 1950.
4.739f-GA 4.7350-05 4 656E-68 2 646E-09 A
SITE 80U4044Y NC e f. 4 1330.
6 4620-1R 6.45AE-14 6.349E-98 3.4370 99 A
SITE 8004DARY
[NE 0.5R 930.
3 47AC-30 3.475t-04 3.429t-98 3.742t-09 4
0.54 A70.
5.394F-On 5.390E-08 5.330E-88 2.523C-f9
'A SITC ROU40 Aav ESE 0.55 PRC.
9.5850-on 9.4960-0a 9.3nnE-te 4.astE-e9 A
StfE SOUNDART' SF 1.83 1669 1.328t-07 1.819t-07 9.94RE-Og 5.759E-99 4
SITE 800N3ARV SSF e.A5 1370 1 2500-07 1.249E-07 1.217t-P7 1.eA90-08 i
l N
uu
)
i
Atmospheric Diffusion Estimates Elevated Releases January-June 1983 l
l I
i B134 i
[~P ILEWSTED 57AC2 KELEA$r N3 Df C A f e UNDfPLETFD CCGCECitD FOR (PEG TFCO Al2 CCCIRCUL A? loa Annual AUFAAGE CHl/0 ($ft/MrTER CUPEDS DISTANCE IN Mit[S SECTOR 0.250 0.5PO 2.750 1 000 1.580 2.000 2.501 3.000 3.SeG 4.400 4 540 5
3.3 3 5 E -0 7 2.95 t E -97 2.5 t or-0 7 1.752F-o f 3.n91t=07 7.593E-Ja 5.633r-en 4.334[-08 3.463f-en 3.495[-on 3.464t-em SSW 6.6 8 6r -P A 6.7P6[-D A 7.26*r-OP 6.R43E-18 5.956E-CA 4.7p7[-18 3.214[-n8 3.P05F-OR 3.6301-08 3.027[-08 2 585E-0A SW 1 412[-08 2.P4?E-Op 5.758[-08 a.954[-OR 1 269[-07 p.S72E-08 5.5680-0A 4.O p5[-D a 3.13 9 f-O n 2.5 c Pt-on 2.9 4 7t-0 8 WSW 3.334[-08 2 250r-na 3.994E -0 A 7.lO6E-0P 9.664E-08 5.828r-0A 3.90lE-OS 2.8080-08 2.1300-08 1.680f-GR 1.366E-08 W
2.9 ant-0A 1.264[-07 2.4 2 4 r-0 7 2.4 3 2[-0 7 1.7770-07 1.037E-07 6.8020-08 4.829[-0R 3.6250-04 2.n37F-Op 2 2*IF-08 W4W 2.4 6 7f-09 2 788I-On 1.?96r-0 7 1.994[-r7 1.995r-c 7 1.158E-07 7.586[-CR 5.539[-08 4.243E-08 3 306E=SR 2.662[-08 9W 2.785E-09 4 292E-OP l.86 7E-0 7 3.64 5E-n 7 4. 77 7t-P7 2.713 0-0 7 1. 756E -0 7 1.25et-07 9.52 9E-08 7.4 33[-me 5.985t-0 4 N4W 4.3tTF-88 5.*32f-08 1.043F-07 1.439t-07 1.P27E-07 1.67PE-07 1.462[-07 1.230E-97 1.034[-07 A.063E-04 6.504[-On N
5.17Af-08 7.P99[-08 8.76tr-08 8.493E-On 7 715r-08 6.554[-Sm 5.432r-08 4.447E-94 3.7e5[-88 3.140E-04 2 703E-OR NNE 1.532f-0A 3.R60E-04 4.872[-08 4.753E-en 4.273E-CA 3.545t-on 2.90lf-On 2.400[-0P 2.017E as 1.723E-0R 1.4?SE-04 N[
1.53RF-0A 3.*20E-08 4.551[-f8 4 024E-#A 3.333[-08 2.663t-88 2.341 -PA 1.756[-08 1.464r-0A 1.242[-08 1.971E-3m
[4C 1.82PE-PA 2 355E-OR 2.335[-08 1.9360-08 1 530E-0R I.2 t p C-O n 9.7 74 t-0 9 7.994 E-09 6.662E -09 5.651 E-09 4 871[-9 9 E
3.999E-04 3.R20E-OR 2.807r-en 1.915r-08 1.370E-08 1.123E-08 9.47ar-09 A.120E-09 7.050[-09 6.l*6E-09 5.507E-09 ISF 9.976r-en 6.463E-04 4 192E-0R 2.*l5[-98 2 175E-r8 3.72*[-08 1.40c[-08 1.156[-08 9.725r-09 8 327E-09 7.239E-09 SE 1.6850-07 1.43tE-07 1.36 3E -0 7 1.092 f -0 7 A.05 9[-0 8 6.0 83[-68 4.7 0 3[-0 A 3.736E-08 3.044E-08 2.5340-0A 2.149E-0A SSE 3.650E-07 2.402[-07 1.693t-07 1 135[-07 7.24PE-08 5.169t-GA 3.89t t-c e 3.0 46 E-0 A 2.4 6 0[-4 8 2.8 7*E-as 3.156 E-0 8 ANNUAL AVERA6r CHl/0 4$rC/MrifR CUREDI DISTANCr IN MILES pfA4ING
- 5. OPS 7.500 10.000 15.100 2a.P00 25.003 30.000 35 000 40.091 45.000 50.000 5
3.122E-08 3 992E-OP I.?n60-08 7.46*[-09 5.2m5r-19 4.054[-P9 3.IA2[-69 2.60l[-09 2 203r-09 1.993r-09 1 6570-09
$$W 2 2800-08 3 386F-GA 8.760[-On 4.m49[-09 3 2600-09 2.37PE-09 1 83t[-09 1.470E-09 1.216[-89 1.029r=09 8.n65E-10 SW l.784r-08 1.097E-08 6.550E-09 3.685E-09 2 4020-09 1.747E-09 1.146E-09 1 077E-09 8.e770-10 7 491[-10 6.43mr-19 WSW l.162E-08 6.577f-89 4.137[-09 2.321E-09 1 527[-09 1.106E-1* 8.503[-10 6.886E-10 5.6310-30 4.761E-IP 4.098E-10 W
1.A9Af-08 9 6MBE-09 6.330I-09 3.6PAE-09 2.434f-09 1.745E-09 1.33*[-09 1 077t-99 n.n43E-10 7.467E-IC 6 421f-10 W1W 2.212E -O m 1 14 0[-PR 7.314 f-O? 4.l ear-c9 2 70aE-0, i.*64c-09 1.Si7E-0,1 2 2E-09,.999c-i0 8.44 c-i0 7.257E-i0 l
og 4W 4.997E-On 2 619E-0R I.71t[-08 9.857E-09 6 54 7E-t* 4 7 77[-09 3.73 7[-0 9 3.O lnE-09 2.5 04[-09 2.125E-0 9 1.836f-09 N4W 5.453r-9A 2.PA9[=08 1.R 4 7[-0 8 1 0 39E-08 6.939F-09 5.085E=e9 3.960E-Oe 3.210E-09 2.682[-09 2 2R3E-09 1 9750-09 Oj N
2.163E-08 1 435E-CA 1.1320-On n.344t-n9 6 507f-09 5.12AE-99 4 0610-09 3 23MF-09 2.6960-09 2 295E-09 1.*8ME-09 l
NME 1 6050-08 1.9pAE-08 1.22 7f-0 8 6.963F-09 4 684r-09 3.45?[-09 2.693[-09 2 186[-09 1.R250-09 1.55sE-09 1 352E-09 Mt 1.123E-Oe 1 245[-08 A.2670-09 4.6?8E-09 3 166E-09 2.337[-09 1.P45r-09 1 50pt-09 1 262[-09 1 077E-99 9 357E-13 E4[
4.9ml[-09 7.334E-09 4.R97E-09 2.93PE-09 2 927C-99 1.529[-09 1 294E-09 1 102[-09 9.289E-lO 7.993E-10 6 993r-Ic
[
6.lenE-0* 1 14tE-PR 7.672r-09 4.608t-09 3 284[-09 2.432E-09 1 937F-09 1 6Ser-59 1.432r-09 1.252E-09 1.097r-09 ES[
7.460E-09 9.737r-09 6.560r-09 3.944F-09 2.759f-P9 2.DP3C-09 1.656F-09 1.366E-09 1.157F-09 9.*??r-IP 8.7660-10 SE 1.453t-8p 1.0 71 E-On 7.73 9E-0 9 5.036E-09 3 515E-09 2.664[-09 2.176E-09 1.752[-09 1.459E-09 1.243[-09 1.r77E-09 SSE 2 673[-on 1 475[-08 9.441E-09 5.3460-19 3 607F-09 2.666E-09 2.087E-09 1.698C-09 1 4220-09 1.217E-09 1 059E-09 CHl/G ( SEC /M r 7[ R CUREDI FOR [ ACH MEGMENT SIGMENT POUNDapl[S IN MILES DIRECTION
.5-1 1-2 2-3 3-4 4-5 5-30 10-20 20-30 30-40 40-59 rROM Sil[
S 2 273r-07 1.091E-07 5.6300-00 3.724r-08 3.309[-0A 1.904[-r4 7.676[-09 4.034[-09 2.615t-09 1.900E-09 SSW 6 972r-08 5.634r-OR 4.P70[-08 3.440r-f8 2.663[-18 1.35AE-r4 5 012E-09
- 2. 3 9 5E -09 1.476[-89 1.03tf-09 SW 6.797F-1A 1.003E-07 5.642E-On 3.166[-0A
?.pnet-aR 1.033E-ca 3.72R[-09 1.761[-r9 1.PN2[-09 7.511[-10 WSW 4.9P9E-18 7.39tf-PR 3.97RF-0R 2 152C-08 1 184[-08 6.547F-f9 2.3720-09 1.ll6E-99 6.847E-10 4.773E-80 W
?.870E-J7 1.594f-07 6.964E-op 3.669[-1P
- 2. 317 E - e n 1 0?fE-tm 3.6R2E-P9 1.761E-99 1 077[-09 7.4R7[-10 W4W l. 3 m or -9 7 1 6?3E-PT 7.P33r-08 4.?56F-08 2.6A6r-0A 1.l*7F-08 4.196[-09 1.*RPE-09 1.217[-09 8.464E-10 j
NW 2 34RE-07 3.607[-07 1.R12T-07 a.6020-08 6.m5tf-PR
?.7440-08 9.99Ar-39 4.833C-39 3.02PC-09 7.330E-09 N1W l.ligr a7 1.675E-17 1 477E-07 1.953r-97 6.576F-7A 2.995E-rm 1.965r-68 5.129r-19 3.223[-39 2.?R70-19 N
R.450F-98 7.97PF-DA 5.337E-or.
3.712t-16 2.7G6t-up 1.506r-tm P.191E-69 5.n45E-09 3.250L-e*
2 30cE
- 9 NME 4.%94r-GR 4.056F-On 2.p72r-en 2.nl4E-1A 1.6n3E-18 1.538E-98 7.129r=19 3.477[-39 2.la3r-09 1.563r-P9 1[
4.tF7f mP 3.lp?f pA 2.1?pr-?R I.4630-b8 1.143r a8 1.345r.PR 4.Rl0I-0*
2.368[-09 1.510t-09 1 040E-09 FNE
?.15Sr-PR I.entr-1P 9.7h3E-09 6.657E-09 5.343E-19 5.7?st-t*
?.a6?C-99 1.568E-?9 f.P93[-0*
8.0060-80 E
2 616E-98 1.5mtl-OR
- .4P3E-09 7.038.E-09 5.96?E-99 R.5RRf-99 4.669[-09 2 44?r-09 3.627f-09 1.242E-09 ISI 4 129r aR
?.14?r-na 1.39er an 9.716[-?*
7.641E aq 7.Hl9r-r*
3.995F **
2." Rat-J9
- 1. 3 6 9E -P 9 1.400r-99 Sr I.?S9F-07 7.RI6r-08 4.6Aer-OR 3.94MF-4R 2.lS4f=0m 1.Il3[-n>
4.954E a9 2.6760-29 1.747E-69 1.?45E-04 Stf I.Alif-47 7.?i6I-iR 3.994f-9R 2.7*71-PR
?.P94F-PH 3 505r-CR
%.4 P if -( 9
?.6PSE-09 1.794r=09 1 214r-09
IRP [LE9af[D STACM R[t[AS[
2 250 DAT DECAY, U4DEPLE7[D COR4FCTID FOR OPEN TERR 414 RECIR[ULA710N ANNUAL AVfRAGE CHl/4 ($[C/MffER [USEDI DISTANCE IN MILES SftiOA 9.750 0.900 0.750 1.000 3 500 2.000 2.560 3.000 3.500 4.000 4.504 5
3.13 80-07 2.949[~07 2 50RF-E 7 1.75tr-P7 3.p Aar-97 7.5 75[-8A 5.596T-AM 4.35p[-08 3.44mE-SA 3 476[-98 3.443[-0A SSW 6.684[-0A 6.7A2r-08 7.26?f-08 6.R35F-04 5.945F-DR 4.7 74[-38 3. A 00[-0 A 3.789[-9A 3.5A2r-04 3.009[-04 2.56A[-08 SW 3.48tF-9A 2.941[-04 5.752f-OP 9.*40[-Lp 1.?66[-07 A. Con [-en 5.547[-0A 4.067[-04 3 123E-04 2.485[-08 2.034[-0A WSW 3.332F-08 2.24Ar-es 3.990[-08 7.894[-08 9.640[-08 5.P0*[-04 3.485[-0A 2.794[-68 2.117[-0A 1.669[-48 1.356[-08 W
2 98 70-OR 1.262[-07 2.4 21[-0 7 2.4 2 Ar=0 7.1.7 72F-0 7 1.0 3 3[-3 7 6.7 72 r-PR 4. A0 4[-98 3.603[-FA 2.817[-00 2.273[*08 W9W 2.4650-09 2.786[-84 1.2*5[-0 7 1.991 t -9 7 1.991[-27 1.155[-07 7.560[-04 5.515[-Je 4.222[-On 3.237[-n8 2.645[-09 9W 2 784r-99 4.289[-08 1. A65[-8 7 3.6 41[-07 4 76 AE-P 7 ?.7 05[-0 7 8.7510-07 1.253[-07 9.489[-04 7.3*6[-08 5.961[-08 N1W 9.516[-0A 5.??7[-04 1 042[-07 3 437[-07 1.823[-07 1.673[-07 1.4 5 7[-0 7 1.225[-0 7 1.9 29[-8 7 A.020[-P P 6.4 65[-0 4 N
5.177F-0A 7.096[-DA 8.755[-08 8.484[-e4 7.702f-tm 6.539[-0A 5.417f-08 4.43t[-0A 3.6A9[-OR 3.125[-04.2.6AR[-04 NNE 1 533[-84 3.R5Ar-94 4.A&R[-04 4.747[-08 4.?65[-0A 3.535[-04 2.8920-08 2.390[-fA 2.0 08[-08 3.7 3 4[-9 A 1.486[-08 4[
1.517[-0 A 3.98 7[-04 4.548t-OR 4.ePr[-on 3.306[-0A 2.6555-98 2.13RE-04 1.749[-99 1.457[~en 1 235[-an 1 064;-04
[9[
1.12A[-0A 2.313[-04 2.333[-88 3.93?[-08 1.527[-rp 1.214[-0m 9.740[-09 7.957[-09 6 626[-89 5.616[-09 4.R370-09
[
3.998t-04 3.887[-00 2.404[-en 1.912[-08 1.367[-CP 1.12n[-0R *.480[-09 R.081[-09 7.010E-09 6.155[-09 5.4 66[-0 9
[SE 9.972F-08 6 45AE-00 4 386f-CA 2.982[-08 2.37PE-08 1.724F-04 1.394[-08 1.150[-88 9.672[-09 0.275[-09 7 198f-09
$[
3.6 25[-0 7 1.4 3 0[-0 7 1.362[-0 7 1.0 9 8 [-3 7 A.n4 4 0-en 6.C 67[-0 A 4.6pa[-pA 3.722[-04 3.0 38[-00 2.5 2 t[-4R 2.136[-06 SSE 3.649[-07 2.481[-07 3.692[-07 1 134[-07 7.235[-08 5.156r-08 3 879[-C4 3.035[-08 2.450[-08 2.864[-08 3.137[-08 ANNUAL AVENAGE CMI/8 (SEC/RETTR CUR [DI DISTANCE IN MILES BEA4ING 5.804 7.580 10.000 15.000 24 000 25.000 30.400 35 000 40 000 45.000 50 0nD 5
3.001[ a# 1 960[-08 1.267[-04 7.241[-09 5.I?ir-0* 3.899[-09 3.036[-09 2.461[-09 2.068[-09 1.770[-99 1.530[-09 SSW
?.264[-SA 1.37t[-se 0.629[-09 4.740[-0* 3 162[=09 2.289[-09 1.749f*09 1 393[-39 1 143r-09 9.6cp[-Sp 2 2per.3, 5
5U l.779r-04 1.025f-04 6.452[-89 3.534[-09 2.430E-09 3.6R2[-09 1.2n6[-09 1.021[-99 8.353[-10 6 996[-10 5.957[-10 WSW l.152[-08 6.2*5[-09 4.066[-09 2 263r-P9 1.475[-09 3 05PE-09 8.070[-10 6.413[-10 5 252[-10 4.401[-10 3.756F-le W
l.AR2[-04 9.568[-39 6 239[-F9 3.533[-C9 2 32*[-09 1 66*[-09 1 270[-89 1 007[-89 8.235[-10 6.n?2[-10 5 874[-13 W9W 2.196r-se 1.12p[-08 7.209E-99 4.819[-89 2 63t[-09 1.R94[-39 1.448[-09 1 152[-09 9.43D[-10 7.903[-10 6.745[.10 9W 4.966[-94 2.594[-CR 1.690[-SA 9.666[-69 6.174[-09 4.623[-0? 3.592[-09 2. Ape [-29 2.3 74[*8 9 2.n el[-19 1.717[-05 as N1W 5.434[=08 2.460[-04 1.R2?f-8A 1.018r-88 6.756[-09 4.918[-09 3.405[-09 3.863[-09 2.543[-09 2.15p[-49 1.848[-09 "I$
N 2.349f-88 1.422[-0A let!*[-On 8 199[-?9 6.355[-0* 4.477[-09 3.R61[-09 3 106[=09 2.573[-09 2 176[-09 1.873[-n*
N1[
1.595[-04 1.R89[-89 1.210[-08 6.A22[-09 4.55p[-09 3.336[-09 2.585r-09 2.083[-C9 1.728[-09 1.465[-09 1.263[-09 9[
1.Il5f-04 1 272[-tm 8.198[-C 9 4.59 7[-P9 3.076[-19 2.254[-09 1.766[-09 1.433r-09 1.193[-09 1 00*[=09 A. 7 05[-l o
[4[
4.942[-09 7.243[-09 4.43&E-09 2.845[-r9 1.959[-09 1.466[-89 1.229[-09 1.03m[-09 8.671[-10 7.397[-!t 6.415[-10
[
6.13 &[-0 9 1.3 2 6 F-0 8 7.534[-09 4.4A4[-09 3.099[-09 2.323[-09 1.A34r-09 1 50n[-19 1.312f-09 1.153[-09 1.cor[-09 r$[
7.402[-09 9.617F-99 6.452[-F9 3.m46[-09 2.659[-C? 1 994r-09 8 574i-09 3 287[-C9 1 081[-09 9 255[-10 A.050f-13 i
S[
1.94tE-SA 1.960[-08 7.632F-89 4.91t[-09 3.417[-09 2.570[-09 2.036[-09 1.665[-0* 1.377[-09 1.164[=09 1.00l[-09 f
S$[
2.65 3[ -0 A 1 459[-09 9.307[-09 5.232[-09 3.585[-09 2.572[-09 1.998F-09 1.615[-09 1 343[-09 1.141[-09 9 859[-10 CHl/O ISrC/M[fER CUREDI FOR [ACH SfGMINT l
SEGMENT BOUNDAATES IN MIEr5 DIRECil04
.5-1 1-2 2-3 3-4 4-5 5-13 In-20 2?-30 30-40 40-50
[
FROM Slir i
S 2.261F-17 3.Cm9I-07 5.612[-PA 3.707F-SA 3.?ner-9P 1.4R3[-UA 7.506[
- 9 3.pper-09 2.475[-09 1.769f-D*
%SJ 6.966[-18 5.622F-0A 4 056f-ce 3.423[-CA 2.5AEE-08 1.343r-ne 4.903r-09 2.306[-09 1.399[-09 9.62m[-19
[
SV 6.Fa90-1e 1.90lf *7 5.622E *P 3.150[-CR 2.s7JF-On 1.022[ an 3.648[-69 1.696[-19 1.026[-09 7.417[-10 t
Wiw 4.gg3r-09 7.171f-04 3.861E-1A 2.140[-99 1.3 7 3F -1P 6.466E=01 2.313[-19 1.069[-C9 6.444[-10 4.4ter-10 l
W 2.167F-37 1.5*PF-87 6.*44f-t9 1.647E-04
?.2*98 ap 3.Jt3r-up 3.5ARE-r9
- 1. 6r. 5 [ -0 9 1.012[-09 6."I3t-20 W4W l.379[-if 1.6200-07 7.PD6f-CR 4.215E-99 2.66*F-9R l.144f-P9 4.I'Wr-C9 3.91?[-99 1 157t-99 7.*27E-In I
9W 2 3450-17 3.& o l t -0 7 1.no6F-47 8.563r-9A 6.PI PF = 'n 2.71*r-SP 9.mtl[-09 4.674[-39 2.nal[-t9 2.106E-49 i
N1W 3.119E-97 1 671[-07 1.422[-J7 9.985f-UR 6.537f-On 2.966F-0R I.14sr-am 4.963[ *9 3.C77[-09 2.155[-Je j
4 R. 8 4 4f -P R 7.359F-AA 5.322f-08 3.FR6I-08 2.69?F-6A 1.493[-0s A.044[-09 4.*1p[-09
- 3. IIA [
- 9 2.141[-89 N9[
4.590r-1A 4.94mr-1p 2.863[-1P 2.DP51-28 1.5?4f-99 1 522E-04 6.*4*r-99 3.961[-0*
2 981[-89 3 46Ar-c9
[
4[
4.17%[-1A 3.375T-ra 2.120r-an 1.4561-9A 1.13e[-08 1.034[-in 4.750[-09 2.27m[-59 1.436[-09 3 012[-98 i
f9[
2.I5tE-OP 3 47mt-9A
- .666[-L9 6.621F-09 5.la7[-e*
5.653[-0*
2.e90[-O?
1 503r-P9 1.r27[-39 7.411[-10 l
[
2.693[-0A 3 37PF-08
- .365[-09 6.9*0[-99 5.9ter-[9 A.464[
'9 4.546[-89 2.914f-09 3.527[-#9 1.144[-89 i
FSF 4.I?5E-JR 2 336F-CA 1.3850-08
- .664[=J9 7.593[-99 7.7 TAC-r9 3.mqRI-09 2.P03f-19 1.2*l[-09 9.269[-IP
$[
1.257f-47 7.pp2f-fA 4.669[-38 3.014[-On 2.343r-ra 1.14tt-JR 4.R5?[-J' 2.5M2[-r?
1.661f "9
1 167r.p9 L
SSF l.6920-17 7 223f-On 3.pn2f-op 2.775[-34 2 877f-18 1.4A9F-LR 5.57PC=P9 2.5*I[=J9 1.6?l[
P' I. l e 3 F - 4' *
(GP [Ltva7[3 STCCM Crttast i
G.19e RA F Df C ave ptPLETED l-CORSE *ltD FOR OPEC Tr03413 AECISCULATION 1
agnuat avtma6E Cws/s fSCC#ptifR CUSCDB OlSia4CE th mitf 5 I
Sfttom s.258 9.588 8.754 1.934 1.53e.
2.183 2.5ne 3.see
- 3. 54e 4.008 4 5ee 5
3.8 3er-8 7 2 924 t-8 7 2.454L-3 7 1.78?t-G7 1.254f-e 7 7.2 *2[-e8 5.?%4[-04 4.I F6t-34 3 2590-se 3 2 A4E-en 3.254[-94 j
SSW 6.6e6F-ee 6.725F-39 7.137f-88 6.726[-eA 5.p37t*88 4.66tt-e# 3.6p5f-tm 3.65At-e4 3.444f-se 2.A77F-6P 2.443[-9A l
SW 3 412[-en 2 8241-e4 5.69er-04 9.697f-De 1.24*t-rF 7.A34r-98 5.365t-04 3.9 3t-se 2.9770-88 2.3550-49 1.917f-es WSW 3.3 33t-em 2 229t-04 3.949t-en 7.057(-*8 9.589t-SA 5.6 77[-9 A 3.767E-en 2.69tt-LA 2.924[-99 1.5*vt-F8 1.246F-SA W
2 9enr-se 1 242r-e7 2.3 ear-e7 2.3P3t-e7 3.723c-o? 9.932t-on 6.453t-ee 4.542E-e# 3.3 4r.-ee 2.629r-se 2.liet-on W9W 2 466E-49 2 769f-0A 1.2Per-8 7 3.9 7st-37 1.94n0-8 7 1 13 7t-87 7.241E-r4 5.244t-ce 3.9P9[-en 3.es3t-ee 2.464t-on 9W 2.7 4 5t -e9 4 254[-88 3.e49F-e 7 3.6 t it-87 4.69t f-e7 2.632 E-8 7 1.6*et -0 7 1.202E-e 7 9.e4 7C-se 7.S t at-Je N1W 4.317f-se 5.878f-04 5.6160-04 1.9 2 n t -0 7 1.4 2 4 t-n f 3.Pe2t-37 3.6 45 0-0 7 1.4 2 7t-e 7 1.19 7t*8 7 1.3 e 3t-3 7 7.7 79E-s A 6.23R[-90 4
5.378f-OS 7.92RE-em A. Stet-eR A.363t-88 7.57AE-et 6.409t-en 5.275t-e# 4.29et-sm 3.554[-en 2.997t-44 2.56at-es 3
49F l.5320-88 3.A25f-3R 4.785[-38 4 674[-PS 4.192t-08 3.45PC-en 2.nt4[-se 2.334t-en 3 935r-se 1.645t-on 3.421t-04 9[
3.%3nt-sA 3.PP4F-s* 4.463r-84 3.944E-6A 3 239C-84 2.595t-89 2.e75C-on 1.6n*[-en 3.4elt-on 1.143t-SA 1.elSE-on
[9C 1.12 p f -P A 2 2941-en 2.2e A[-e n I.9951 -88 1 494F-00 1.184t-9e 9.452t-09 7.684t-89 6.371t-e9 5.378t-09 4.615t-89 E
3.99et-PA 3.785E-04 2.745E-en 1.865t-en 1.333r-em f.e92[~eA 9.? pit-e9 7.8690-09 6.ePer-e9 5.983t-89 5 31e[-e9 j
(St 9.975r-PA 6.483[-98 4.tett-89 2.847C-54 2.12ef-8A 1.6Tet-e# l.3521-tA 3.IllE-se 9.394C-09 7.933[-P9 6 87Cf-s*
$[
1.6 85t-#7 1.4 3 8t-0 7 3.335f-e 7 1.16 7t-07 7.n44[-C A 5.nP6[-se 4.57tt-se 3.567[-04 2.987[-en z.389[-en 2.eter-en SSr 3.649E-87 2.3Ast-e7 1.656F-8 7 1.l eet-e 7 7.nl 5E-tm 4.9 74 t-14 3.72st-88 2.e93 Ease 2.322C-se 2.724t-88 2.996t-9m I
j aghual avt na6C CHI /s ($rC/MtitR CURF05 Ol5744CE 14 MILES pfatth6
- 5. Set 7.5n0 19.980 15 988 20.est 25.ess 30.839 35.388 40.880 45.000 50.04e
)
S 2.82F[-SA 3.R24f-SA 1.347[-04 6.236[-#9 4 1540-e9 3.909f-e9 2.254[-09 1.76&r-89 3.444f-09 1. fear-89 1 023[-n9 SSW 2 3 450-8s 1.272,f-se 7.7e A0-89,.,,,<-e, l. 7 7[-8, I.,,7 c-8,,1.339F-89 1.et ot-39 a. 341t-t e 6.n62E-t e 5. 75 7E-l o j
4.863[-89 2.57MF-89 1. nest-89 su
.663c e4,.4, f-3, 5.766t-89
.6,7[-18,.442[-!W 5.,4er ie 4.e75<., 4 0 7,,-, e WSW 3.S A 9f -s A 5.RF4f-09 3.647[-e9 1.936C-89 1.215[-99 p.445E-18 6.266[-1e 4.A62[=le 3.R9Rt-10 3.295t=
- 2.688[-10 i
W l.7 3 st-on m.646t-o9 5.522[-8 9 2.97st *9 1.ap9t-09 1.3 ter-e9 9.6970-I s 7.587t-19 6.e87E-t e 4 93et-s e 4.12s[-18 W9W 2.833E-te 1.O!2t-e# 6.2n*[-89 1.389C-e9 2.P59C-?9 1.423E-89 1.155[-39 0 163E-te 6.523t-te 5.347[-19 4.478r-te i
E3 9W i
4.652F =OR 2.169E-te 1.494f-se A.l*4E-89 5.14PE-39 4.554t-89 2.677[-89 2.091t=e9 1.683f-e9 3.3ner-89 1.26at-89 Ld 49W 5 196t-en 2.666f-re 1.647t-ce e.653t-e9 5.359t-@9 3.693[-89 2.71pt-e9 2.tl2E-89 1 736[-89 1 4eAE-59 3.184[-e9
'4 4
2.235f-en 1.335t-08 1.947t-en 7.682[-e9 5.8540-69 4.415E-89 3.341[-e9 2.630t-89 2.134[-89 1.774t-99 1.583[-89 NVE 3.529[-en I.eler-P4 f.129F-SA 6.0 4 8 E-89 3.858E-89 2.7 t at-#? 2.9 31E-8 9 1.589C-99 I.284 t-89 1.863t-09 e.966r-te tr 3.365[-98 1.22er-se 7.582t-89 4.86eE-89 2 590C-39 1.324t-89 I.387[-89 1.39AE-89 8.925t-18 7.416t-le 6 27*C-1e i
' f90 4 789f-89 7.834[-89 4.5*St-t* 2.524C-89 1 62tC-09 1 144[-e9 9.111E-18 7.413E-te 6.849f-le 5.e53E-te 4 295[-18 C
9.989t-89 1.ll2E-en 7.2 t et-09 4.926E-99 2.575C-89 1.RI?t-e9 1.354[-09 1.e&2[-09 e.84 7t-18 7.4 41t=19 6 296r-10 ESE 7.3nsf-99 9.34*t-ee 6 894t=e9 3.420t-39 2.284t-89 1 55mt-09 1 169[-09 9 146t-te 7.372f-le 6.e42C-te 5.111[-10
$[
1.727[-JP 9.75e[-89 6 942f=e9 4.4e4[-f9 3.126E-99 2.258E=e9 1.779[-09 8.44tt-89 1.17 8 t-89 9.74 9[=l e A.264 C=l e l
S$[
2.52pr-en 1.34 70-se e.3 t et-e9 4.4 21[-89 2.R 3 4f-e9 1.9 79[-e9 1.4eIE-89 1 154[-89 9.3490-18 7.73eC-te 6 515E-li I
culto (ster 9tita cuer05 r0s racH st6mt=7 l
sf 64tm7 40040apif S IN mitts
{
DIR[ctleN
.9-1 1-2 2-3 4-4 4-5 5-18 19-20 24-3D 30-49 40-58 FROM Sift 1
S 2.225E-87 1.pitr-47 5.372r-94 3.5tlI-ee 3.185t-SA 1.746E-te 6.46 FC-P9 3.012[-09 1.7A3t=e9 1.2300-09 45W 6.R63f-9A 5.512f-84 3.9340-e8 3.289[-04 2.468t-98 1.247[-CA 4.2310-09 I.A25f-C9 1.e47[-99 6.P91E -t e SW 6.746t-as 9.852C-e4 5.444t-on 3 3e5E-SS 1.953t-P8 9 39mt-09 3.Il5r-99 1.3 tee-09 7.497[-1*
4.R*AE-le W4W 4.94PF-9A 7.268t=e9 3.m460-en 2.eStr-SP 1.1 fir-3A 5.975r-e9 1.996[=e9 A.560[-18 4.A*6E-ID 3.21er-lo j
W 2.133F-37 3 5450-e7 6.636f-ee 3.427E-ee 2.32fE-18 9.l?90-C9 3.e5*E-89 1.32*[-19 7.961C-Io 4.952r-30 j
W9W l.36FE-97 1.5 9 4t-8 7 7.en9t-te 4.012f-88 2.4mBf-Pn 3.069[-f8 3.489[-99 I.4450-49 E.239[-Is 5.373r-te 1
9W
- 2. 316 F -e 7
?.536r=e7 1.746t-e7 9 12at-On 5.672[-en 2.4m4[-re p.2nf[-09 3.635E-09 2.lu3C-r9 f.4*4f-n*
i N9W I.116 r -8 7
.648t-67 1.395t-ni
- .725t-On 6.10*f-PR 2.776[-#4 p.926F-89 3 744[-C9 2.33e[-e?
1.433[-19 N
A.92FF-en 7.?29f-3R 5.38st-6P 3.552[=C8 2.i?2E-JA 1.447[-0P 7.4 Ret =09 4.369t=99 2.644[ 9?
3.781[-39 49F 4.522F-pA 3.973E-C#
2.786f rP 1.*53r-98 1 5271-Sn 1.44nt-98 6.?34r-se 2.F420-09 3.599E-c9 I.e670-19 90 4.ld3E-88 3.147F-94 2.05ME=0A 1.460[-PA 1.PP3[-PP 9.804E-49 4.IA*[-24 5.653E-ce 3.182[-S*
7.442[-18 l
f9E 2.II4F-en 1.445f-en
- .3Rif-P9 6.36mf-09 4.mmit-ce 5.433[-P9 2.%791-ee 3.87A[-!9 7.3F*F-le 5.467[-lp l
C 2.5m%F-SA 1.344t=6R
- .lS7t-f?
6.A*ll= 9 5.761t-4*
A.244t-P*
4.J90E-89 1.p32r-49 3.nFPt-d9 7.447r-Ic 6
ft[
4.0%%f-94 2.0P5F-84 1.143r-fa 9.29Fr-09 7.266F-d*
7.4'10-J9 3.474t-?9 1.5 FSF -'9
- .19AF-13 6.195t-lM t(
I. 2
- 4 r -17 7.6ntr-98 4.segr-9p 2.ns2f-On 2.glet-np I.pl7r-Pm 4.3%%r-ia
?.273r-89 1.4350-A9 9.7Per-lp
%'t 1.577t-07 7.De3f=09 3.F24f-34 2.6*PT-en 2.Fiaf-0p I.379t-rm 4.574f-9*
2.901E-d1
'I. 3 6 6t a 9 F.76*r-IC
TAP ELE V ATED stats mEtrast CoahfCTED FOR OPEN TfPSAIN hECIRCut4TIow
...................e.
RELATIWC DIPOSITION Pts UNIT aeta sp..-28 Al FitED P05415 fiY 00WNWit.D SE C T DM S
- ..........e........
DiptCil0N D I F T A Nf f f.
IN Mitr$
j f60M SITE 3.2%
0.50 g.75 8 99 1.S*
2 03 2.%8 3.00
'3.54 4.09 4.5P 7
5 3.22 3f -S A 2.3 7SI-88 1.65er-On 1.32sE-u9 3.696F-49 2.stdE-J9 3.3bnf-09 9.last-l. 6.Fe4E-10 5.3tfr-la 4.5n5E-13 i
$$d 7.37DT-09 5.6str-09 4.53er-09 3.es6r
-9 8 486T-49 P.567t-19 5.74 at-l a 4.ll2E-l a 3.72*r-1C 2.nlar-lJ 2.256E-la SJ 1.A52E-89 3.72pt-09 3 796[-09 l.4 2 m E - J9 1 446E-49 7.59AE-19 4.689r-IL 3.175E-14 2.292f-10 1.732[-19 1.355E-tc WSJ 3.675E-t9 1 345E-99 3.28tf-89 1.592T-39 7.2 t lE -t e 3. A 75[-18 2 2 06t -10 1.615r-S t 5.165!-88 A.sS2E-Il 6.890E-Il l
W 2 523[-89 5.975E-09 4.659E-89 2.704E-39 1.277E-69 6.n26E-19 4.Sper-la 2 82SE-13 2.n33t-18 1 533f-lo 1.14AE-lJ i
WNd 1 050f=69 1 247E-09 4.s9tf-89 3.4660-09 2.837f=09 3.8 71[= 09 6.3 55f-10 4 14 2E-l d 2.9 A SI-I S 2.22 3[-! J 1.737E-13 i
NJ 3.733f=09 3.629E-89 3.961F-89 7.545r-39 4.SP2f-e9 2.235f-09 8 183E-09 n.613[-le 6.82t[-10 4.624E-te 3.6A2E-10 i
NNJ 6.003E-09 4.975[-e9 4.364E-09 3.091t=09 2.635E-09 8 414C-89 A.709C-la 6.95mE-1L 5.027E -19 3.p A2E-l a 3.164r-19 i
9 9.0 5&E-89 7.291 E-09 6.3 89[-89 4.16Pf -89 2.J t 6E-09 1.233E-39 8.324[-3 0 5.974[-t 3 4.* 72E-10 3.4 55E-13 2.7 35E-10 WWE 3.62 AE -99 2.999E-09 2.620E-09 1 858[-39 9.205E-10 5.690E-te 3.470E-10 2.7s7[-16 2.490t-le 3.61%C-te 1.279E-10 NT 4 147f-89 3.22SE-09 2 584E-99 1.607f=09 7 325E-1p 4.364E-te 2.9G5f-13 2.869E-16 1.543E-10 1.lget-13 9.418F-Il EN!
3 665t-99 1.383E=e9 1.05mE-09 6.969C-t e 3.26at-l e 1.9 72[-18 1.322r-10 9.45 8[-11 7.06ef-Bl 5.449[-18 4.314E-11 2.139E-89 1.764E-59 1.294E-09 7.752[-10 3.105t-10 1.986E-10 1.245t-10 e.779C-11 6.512f-11 5.088[-11 3.966[-11 j
ISE 4 12SE-09 3.895E-89 2.244E-89 1.327C-C9 5.578E-te 3.193[-10 2.C77C-lO l.4&l[-14 3.882r-18 A.32SE-Il 6.Sh9E-Il
$[
1.666E-08 1.26 Sr-te 9.3 00f-09 5.612[-09 2.4 3 8 t-04 I.396f-09 9.343E-10 6.455E-10 4.79tf-10 3.Enst-la 2.919E-14 SSE
- 2. Allt-08 2.866E-te 1.4 29f-0 8 7.992[-09 3 138E-89 5.7 3 t E-8 9 1 3 0l f-09 7.6'4 t E-18 5.622E-10 9.885E-19 4.34 6E-10 I'
D In[Ci l 04 EISTaWCES IN MILES
)
ra0M SITE 5.e3 7.Se le.se 15.00 20.00 25.06 3e.ee 35.es 4e.no 45.ee Se.as l
3.696F-10 1.925E-18 1 228[-18 6.774E-11 4.43tf-Il 3.405[-18 2.442[-11 1.e35E-Il 1.439E-Il 1.849E-Il 9.3A2r-12 L
j SSW 1.776E-te 9.505E-fl 6.075E-Il 3.314E-11 2.457E-Il 3.719[-15 3.231E-Il 9.247E-12 7.19ef-12 5.743C-12 4.6PsE-12 F
l SJ 1 09efale 6.190E-81 3.975E-11 2.179E-48 1 364E-11 1.0 90E-Il 0.00 3E-12 6.069E-12 4.719E-12 3.7 78E-12 3.07FE-12 I
WSW 5.6 3 9f-il 3.356E-18 2.294[-11 1.469E-s l 8.89 t t-12 5.96t E-12 4.2 7t E-12 3.2 0 7E-12 2.494E-12 1.992E-12 1.626C-12 l
W 9.626E-Il 4.32eE-11 3.417E-11 1. A74f-Il I.43st-il 9.642E-12 6.989C-12 5.184E-12 4.934C-12 3.222E-12 2 63e[-12 WWW 3.424E-te 7 147E-Il 4.611E-11 2.535E-11 1.769[-81 1.255C-Il 9.203E-12 6.973 E-12 5.420E-12 4.329E-12 3.534[-12 NJ 3.974f-le 1.654E-10 3.113I-10 7.237E-11 4.4830-81 2 957E-Il 3.134E-it I.683E-11 1 246[-11 9.955E-12 8 12S[-32 f
g, r.
NNd 2.745E-10 1.58tE-10 1.112E-lO 6.629E-Il 4.245C-Il 2.846E-11 2.012[-11 1.513E-11 1.190E-Il 9.595E-82 7.75p[-12 i
be g
2.2 99C-10 1.054E-14 6.4 76f-B l 3.4 7 3 E-Il 5.35ef-11 3.622E-11 2.596Eall 1.949[-11 1.515[-11 1.218E-11 9.80er-12 l
kNr 5.032E-te 1.357E-le A.345E-Il 4.299E-Il 2.639E-Il
[
l NE 7.614F-Il S.972E-Il 5.538[-11 2 057E-11 8.742f-11 8.167E-11 8.400E-12 6.300E-12 4.904r-12 3 9tA[-12 3.198E-12 l
(NE 3.4 0 6E -il 3.156E-Il 2 2 8 3f-Il 5.3tet-il s.467E-12 5.7tlE-12 4.847C-12 2.946E-12 2.297E-12 8 840E-12 1.506f-12 l
3.2 81[-11 4.15 4 E-11 3.3 27E-11 1.968f-81 1.279C-Il s.586E-12 6.3 83f-12 4.52eE-12 3.4 7mE-12 2.566E-12 2.telf-12 ISE 5.3 35[-11 5.353E-11 3. A 71[-ll 2.3 7 8 E-11 1.54 0E-11 1 043[-11 7.492E-12 5.629E-12 4 355E-12 3.485E-12 2 848F-12
[
1 SC 2.363E-10 1.133E-te 7.987E-11 3.02SE-Il 2.436E-Il 3.734E-11 1.324E-11 1.395E-11 1.leef-ll 9.998[-12 7 593E-12 t
l SSE 3.295E-30 2.325E-18 1 295E-10 6.688[-11 4 023E-Il 2.783[-11 1.941[-11 1 460[-11 1.836E-11 9 09tE-12 7.433r-12 i
i 1
.ee.....e..
afLAilWE DtPOSI7504 P[a UNIT ARfA SM.e-25 87 DOWNWING SEC7Das e...ee.e...eeee.e..e.e.e l
l Sf6pCNt 80UNDAAlts IN MILES t
DIRECT 104
.5-1 1-2 2-3 3-4 4-5 5-18 10-28 28-3a 30-40 40-50 l
FROM SITE l
l.493C-SS 4.284E-89 1 347'E-99 6.865C-10 4.473t-18 2.S$6f-le 6.94tE-11 3.293E-11 1.ASFE-Il 3 157E-nl
[
i SSW 4.093C-99 3 52tE-09 5.846E-10 3.498F-It 2.228f-IS 9.ettr-11 3.547[-15 1.72t[-11 9.340E-12 5.Tal[-12
+
SW 3 617E-09 1.224E-09 4.e5?E-89 2 331[-10 1.36eE-te 6.254E-11 2.215r-11 1.e50[-11 6 135E-12 3.794E-12 l
WSW l.334E-09 7.2 8 9E-8 0 2.475f-10 3.185[-18 6.99er-Il 3.349C-Il 1 374E-Il 6.066[-12 3.239E-12 2.005E-12 W
4.823[-89 3.349E-89 4.346E-te 2.t&9E-10 1 250[-1a 5.30st-il 2.8230-11 9.933[-12 5.243C-12 3.243f-12 I
WNW 3.448E-09 1.959C-09 6.688E-te 3.823f-10 1.764E-18 7.596f-31 2.656E-Il 3 2610-11 7.043[-12 4.35ht-82
[
NW 5.30?[-09 4.902E-89 1 37pt-89 6.264f-10 3.737f-18 1.729E-It 6.8430-11 3.013E-11 8.619f-lt 1.002[-11
[
NNW 3.934E-09 2.192[-09 9.457E-IP 5.842[-10 3.247F-14 1.623E-te 6.566[-11 2.8s5[-18 1 532f-11 9.56PE-IP N
%.5b'E-09 2.146E-09 A.453E-10 9.534f-Is 2.754f-la 1.130E-10 4.974E-11 3.6720-15 1.969E=ll 1.21er-fl NNF 2.36?E-e9 9.782[=le 3.924[=le 2.lePL-19 1 28 7E -19 1 853E-la 4.453E-Il 3.786[-18 9.582E-12 5.p 74 [-12 j
Nr 2.264E-09 7.952[-10 2.959f-10 1.55st-le 9.484[-15 7.341E-13 2.955f-11 8.tn9C-11 6.371[-12 3.*45f-12 TNE 9.541[-18 3.554[-20 1 344E-10 7.129f-13 4.344f-Il 2.889E-18 1.ient-St 5.82PI-12 3 042r-12 1 852r-12 f
1 16AE-99 3.673E-80 1.274E-30 6.5e AE -Il 3.996E-Il 3.4A4[-11 1.919E-11 M.784[-12 4.574E-12 2.657E-12 l
[SE 2.e26[-49 6.22mF-10 2.12pE-10 1 095f-le 6.639f-ll 4.691[-11 2.335[-11 3.65MF-Il 5.671E-12 3.307E-12 SE n.194[-89 2.671E-89 9.355[-le 4.846E-te 2.941E-14 1 234E-te 3.955[-11 1.7%7t-il 1 265E-11 9.127[-12 SSF l.29tE-08 3.59tE-09 3 134 E -89 5.93ef-le 4.nl6f-19 2.el6[-10 6.ATIE-11
- 2. 7SCE -I l 1 474E-11 9.349E-82 i
(20 ELEv41[3 STAEK CEttCSC CORIf 7f@ FOR OPf3 TrRRAIJ EECI?CULATION SP(C)#!C POf07S OF IOffGEST 9ttf4%f T YP E OF DIRECTION DISTANCE 4/0 3/4 110 D/0 30 LOCAtl0M (RILESB TATTERS) IKEC/CUH.Mt1ERS (StC/ CUB.RETERS (SEC/ CUR.P[tERS (PER $0.ME1FRS i
=0 nrCAv 2.26r CAv orCAr R.aos oar Orcar
_ENDffLLLLD 25DLELLILS DLELLILD A
Sitt enugoar v s
e.R4 tise.
2.177t-27 a.tict-e7 2.in7t-e7 a.33RE-se a
s trE eDumo AR v
$$v s.es 1370.
7.o24t-ne
- 7. stat 'n 6.R97E-es 3.aSoE-e9 A
ss:E sougoAR r Sv t.el 162s.
s.onsr-R7 1.sR3r-07 9.aR6E-on 1.444E-a*
A Si1E souno ARv vsv t.no iste.
- 7. l l 3t -Ra 7.te2E-1s 7.064E-Os 3.195r-09 A
SITE 800gDARY W
t.99 159t.
2.442E-07 2.45RC-97 2.394t-07 2.851E-C9 A
SITE BDUNDARY W NW 3 33 1620.
2.P350-07 2.407t-07 1.9895 97 3.425E-39 A
SITE 90040ARY WW S.80 12*:.
2.255E-07 2.257E-97 2.235E-07 3.RS4E-e9 A
Sl1E BDU4D AR T NhW 9.7P 1830.
9.282t-08 9.2e4t-SE 9.016E-88 4.430E-09 A
Sitt BOUNDARY M
t.78 ItSt.
R.444t-08 8.43*t-08 R.3R2E-Os 6.259f-09 A
SifE 90040ARY NNC 0.65 1950.
4.441E-GR 4.43RI-OR 4.378E-SR 2.719E-C5 A
SIf[ 90040ARY NE 0.64 1030.
4.345t-08 4.307E-08 4.234E-00 2.769E-*?
A SITE SOUND AR T t hE 0.58
- 939, 2.327t=0R 2.32%f=?8 2.294E-OR 1.213E-09 A
SITE BOUND AR Y E
S.54 A70 3.6120-10 3.60*f-9P 3.569E-98 1.679t-49 A
SITE 80040ARY ESE 0.5%
ARO.
5.R2*E-98 5.R24E-0R 5.757E-9A 2.909E-89 A
S!fE SOUNDARf St 1.03 1665.'
1 069E-17 1.D6RE-07 1.045E-97 5.267E-09 i
A SffE 80U1DARY
$$C S. R. 5 13.70..
- 1. 39 3r-0. 7 1.3*2E-e7 1.35AC-07 3.II*E-08 LA e
l
ATMOSPHERIC DIFFUSION MODEL Onsite meteorological data for the period January 1,1983, through June 30, 1983, were used to determine long-term (routine) diffusion estimates for evaluating normal atmospheric releases from the Cooper Nuclear Station.
1 Atmospheric dispersion parameters (X/Q values) were determined for the site boundary distances from each release point and the standard population dis-tances using the methodology presented in U.S. NRC Regulatory Guide 1.111 (Ref.1) and the computer code XOQD0Q (Ref. 2).
Two release modes were analyzed.
2 Releases from the 99 meter freestanding stack were considered 100 percent elevated, while releases from the reactor building, turbine generator building, radwaste building, and augmented radwaste building vents were considered as a 100 percent ground-level release (one combined source term was assumed to apply for these vents).
Winds were obtained from measurements at the 35-foot level (for ground-level releases) and 318-foot level (for elevated releases), and the stability class was based on the vertical temperature gradient between 318 feet and 35 feet.
In accordance with Regulatory Guide 1.111, calm periods were distributed directionally in proportion to the directional distribution within a stability class of the lowest vind speed group. For the calculations, calm periods
- were assigned a speed of one-half the threshold wind speed of the wind vane or anemometer, whichever is higher.
The Gaussian straight-line trajectory model, which assumes that the air flow transports and diffuses effluents along a straight line through the entire region of interest in the airflow direction at the release point, is modified to account for various modes of effluent releases.
In the case of an elevated release, plume rise due to momentum effects is incorporated into the calculation.
]
For ground-level releases, building wake effects were considered.
The mathematical equation used in the Gaussian straight-line trajectory model is:
1 f
4h I
^*
(X/Q). = 2.032 exp (Eq. 1) jk "jk *zk
- zk and' 1
- (8:k2 + 0.5 D /r) f V3 a (Eq. 2) k zk B140
where i
index identifying downwind direction sector;
=
j index identifying wind speed class;
=
k index identifying atmospheric stability class;
=
X g
average effluent concentration normalized by source strength
=
at the specific downwind distance; f
joint frequency distribution of wind direction, wind
=
speed class, and atmospheric stability class; distance from the release point to a receptor; x
=
wind speed; u
=
I*
vertical plume spread with a volumetric building wake
=
correction for a release within the building wake cavity; o,
vertical plume spread without volumetric building wake
=
correction;-
D maximum adjacent building height either up or downwind
=
of the release point (44.5 m for ground-level releases);
and h,
effec tive' plume height.
=
Theterm1,Ihinthebuildingwakecavity.
given in Equations 1 and 2 is used for ground-level release (h = 0) wt For an elevated release, no volumetric building wake correction needs to be considered, i.e., l
=0 For all building wake determinations, the reactor building was conside,y. red to be the g
dominating structure in the modification of air flows within the building complex.
Since this model does not directly consider the effects of spatial and temporal variation in airflow due to terrain, appropriate adjustments were made to the calculated X/Q values. using.the default values of Regulatory Guide 1.111, Rev. 0 (Re f. 3).
B141
(
1
I 1
4 APPENDIX C DOSE CALCULATIONS
-k
44 122 a
--_s
--_2-.
CONTENIS LIQUID EFFLUENT DOSE CALCULATIONS GASEOUS EFFLUENT DOSE CALCULATIONS DOSE CALCULATION MODELS ISOPLETHS OF ATMOSPHERIC DIFFUSION ESTIMATES AND CAMMA AIR DOSE i
i
.. n.
e..,_, -. -.. - - -,. -
LIQUID EFFLUENT DOSE CALCULATIONS Doses.to the maximum individual and 0- to 50-mile population resulting from the release of radioactive material in liquid effluents from Cooper Nuclear Station were calculated using the LADTAP II computer program. The LADTAP II program implements the radiological dose models of Regulatory Guide 1.109 for determining the radiation exposure to man from three principal exposure pathways in the aquatic environment-potable water, aquatic foods, and recrea-tional water use.
Doses to both the maximum individual and the general popu-lation are calculated as a function of age group and pathway for significant body organs, and -are presented in Tables 1 and 2, respectively.
Assumptions and data sources used for input to the LADTAP II code are described in a -separate sec tion of this appendix.
/
m O'
I l.
5
-+
G
%)
l I
I C1
-. ~..
Table 1.
Doses to Individual at the Site Boundary, Resulting From Exposure to Radioactivity Discharged in Liquid Effluents, January-June 1983, Cooper Nuclear Station Dose to Individual, ures*
Period Total and Pathway Skin Bone Liver Body Thyroid Kidney Lung CI-LLI let Quarter Drinking water 9.40E-02 7.65E-02 6.10E-02 2.08E-02 2.55E-02 8.52E-03 3.75E-02 Shoreline 2.43E-04 2.07E-04 2.07E-04 2.07E-04 2.07E-04 2.07E-04 2.07E-04 2.07E-04 Totals 2.43E-04 9.42E-02 7.67E-02 6.1E-02 2.10E-02 2.57E-02 8.73E-03 3.77E-02 2nd Quarter O
Eating fish 1.20E-01 2.13E-01 1.58E-01 3.22E-03 7.08E-02 2.33E-02 7.38E-03 Drinking water 1.72E-01 2.80E 2.17E-01 5.72E-01 9.48E-02 3.02E-02 1.14E-01 Shoreline 4.22E-04 3.60E-04 3.60E-04 3.60E-04 3.60E-04 3.60E-04 3.60E-04 3.60E-04 Totals 4.22E-04 2.92E-01 4.93E-01 3.75E-01 5.75E-01 1.66E-01 5.39E-02 1.22E-01 Totals for ist and 2nd Quarters 6.65E-04 3.86E-01 5.70E-01 4.36E-01 5.96E-01 1.92E-01 6.26E-02 1.60E-01
- Calculated doses are based on the following periods of exposures:
Fishing and boating: from April through November Drinking water and shoreline: from January through December Swimming: from June through September.
. Table 2.
Doses to Population Within a.50-Mile. Radius, Resulting ' From Exposure. to Radioactivity Discharged in. Liquid Effluents, January-June 1983, Cooper Nuclear Station
' Dose to Popula tion, manrem" Period Total,-
,i
.f f
_ uf and Pathway Skin Bone.,
. Liver Body' Thyroid Kidney,
- Lung, CI-LLI f f
-1nt Quarter
?
^
s i
Drinking water 3.58E-Ol' 2.60E-01
.l.,5 8E-01 6.32E-02' 8.50E-02 2.95E-02 9.52E-02,_
" Shoreline 3.65E-02 3.10E-02 3.10E-02.:3.10E-02 3.10E-02 3.10E-02 3.10E-02 3.10E-02 Totals
/
3.65E-d2 3.892-01/ 2.91E-02l.89E-01 9.42 C-02 1.16E-01 6.05E-02 l'.26E-OL
^
7 9
g ynd Quarter
/
r Eating fish 5.63E-03 9.98E-03. 7.4d603 3.63E-05 3.30E-03 1.09E-03 3.40E-04
,b Drinking / water 3.35E-01 4.88E-G11 2.85 601 8.92E 01' l.62E-01 5.38E-02 1.48E-01 l
'Shbreline 6.35E-02 5.00E 02 5.40E '5.40E-021 5.40E-02 5.40E-02 5.40E-02 5.40E-02 7
Swinsning 0.00E+00f 3.80E-04$ 3.80E-04 f
3.80E 04' 3.80E,-04 3.80E-04 3.80E-04 3.80E-04
- Boating,
- 0.00E+00 1.40E-03 "1.40E-03 1.40E-03 1.40E-03 1.4'OE-03 1.40E-03 1.40E-03
-Totals' 6.35E-02 3.96E-01 5.54E-01 '3.49E-01 9.48E-01 2.21E-01 1.llE-01 2.04E-01
/
Totals for l a t.
i and 2nd Quarters 1.00E-01 7.88P-01 5.83E-01 5.'37E-01. 1.04E+00 3.37E-01 1.71E-01 3.30E-01
, i
" Calculated doses are based on clie following periods of exposures )
Fishing and boating: from April through November Drinking water and shoreline: from : January through December Swimming: froin June through September.
b Exposury from drinking water is calculated for the city of St. Joseph, Missouri, nearest public water intake from the Missouri River, 84 river miles down the river.
i
k GASEOUS EFFLUENT DOSE CALCULATIONS Doses to the maximum individual and 0- to 50 mile population resulting from the release of radioactive material in gaseous effluents from the Cooper Nuclear Station were calculated using the GASPAR computer program. The site
.selec ted for maximum individual dose calculation is the site boundary.
GASPAR implements the radiological dose models of Regulatory Guide 1.109 for determin-ing the radiation exposure to man from four principal atmospheric exposure pathways: plume, ground, inhalation, and ingestion. Doses to the maximum individual and the population are calculated as a function of age group and pathway for significant body organs. Tables 3 and 4 present, respectively, the maximum individual and population dose summaries for the first and second quarters. Table 5 summarizes maximum individual and population doses for the semiannual period. Because of differences in the amount of valid meteoro-logical data recovered in the first and second quarters, dose contributions from each quarter cannot be summed to provide the semiannual doses.
Assumptions and data sources used for input to the GASPAR code are described in a separate section of this appendix.
C4
Table'3.
Doses,to N ximum Individual at the Site Boundary Resulting from the Release of ' Radioactivity in Caseous Ef fluents, January-March and April-June 1983; Cooper' Nuclear Station COOPER NUCLEAR STATION JANUARY-MARCH. 1983 SPECIAL LOCAT!ON # 1 SITE BOUNDARY AT O.62 MILESNNW ANNUAL BETA AIR DOSE = 2.27E-01 MILL! RADS ANNUAL CAMMA AIR DOSE = 3 68E-01 MILLIRADS PATHWAY T. BODY QI-TRACT BONE LIVER KIDNEY THYROID LUNC SKIN
.+
- - +
_+-----
+-
- - - - - - - +
+
-+
+
+
PLUME I 2.47E-Ot ! 2,47E-01 1 2.47E-01 1 2.47E-01 1 2.47E-01 1 2.47E-01 8 2.SOE-Of f 4.75E-01 1
- - - - + - - - - - - - - - - +
_+
+
+--__.
+
- - +
+_
+
CROUND 1 2.17E-03 1 2.17E-03 8 2.17E-03 1 2.17E-03 8 2.17E-03 1 2.17E-03 8 2.17E-03 1 2.55E-03 8
+_.
--+
+
+
+
+---
-+_
-+
+
VECET I 5.26E-03 8 1.31E-03 I 1.89E-02 8 2.54E-03 1 1.40E-03 8 8.06E-03 1 1.03E-03 I S.39E-04 I
_-+--
--+
_+
+
- - +
+
+
+.
+
MEAT
! 8.78E-05 1 7.07E-05 8 1.36E-04 8 1.07E-04 8 7.06E-05 8 7.44E-04 8 5.65E-05 s 5.06E-05 8
__+
.+
+..
= - - + - -
. _ _ +
_ _ +
_+
-+
COW MILK I 8.60E-04 ! J.98E-04 8 2.17E-03 8 1.77E-03 8 1.02E-03 ! 5.51E-02 8 4.83E-04 8 3.39E-04 I
+_
--+
+ _-
.+
_+
+
+ -.
+
+
b INHAL 1 4.76E-04 8 4.39E-04 3 4.40E-04 I 4.73E-04 8 4.69E-04 8 4.04E-03 1 8 80E-04 1 4.40E-04 8
+
COUPER NUCLEAR STATION APRIL-JUNE. 1983 SPECIAL LOCATION # 1 SITE BOUNDARY AT O.62 MILESNNW ANNUAL BETA AIR DOSE = 1.ItE-01 MILLIRADS ANNUAL CAMMA AIR DOSE = 1.80E-01 MILLIRADS PATHWAY T. BODY CI-TRACT SONE LIVER KIDNEY THYROID LONO SKIN
+-
+---
+-
+-
+
+
+-
+
+
PLUME I 1.21E-01 8 1.21E-01 1 1.21E-01 8 1.21E-01 1 1.21E-01 1 1.21E-01 8 1.22E-01 8 2.33E-01 8
+-
_+
+
+
--+----
.+
+
+
CROUND I 1.82E-02 8 1.82E-02 1 1.82E-02 8 1.02E-02 I 1.82E-02 8 1.82E-02 8 1.82E-02 I 2.15E-02 1
_,----------+
_ _ _ +
+
+--
+-
+
._+
+
VECET I 2.57E-02 1 3.22E-03 8 9.73E-02 3 4.54E-03 I 2.40E-03 l 2.36E-01 1 5.23E-04 8 1.45E-04 8
+.
---+---
.+
_+
_+-
+.
+
+.
+
MEAT I 2.67E-04 8 1.95E-04 5 6.03E-04 8 2.19E-04 8 1.62E-04 3 2.35E-02 8 2.07E-05 I 8.71E-06 8
-+---
+
+ ---
+
-+
+
+
+-
+
COW MILK ! 4.00E-03 I 7.62E-04 8 1.22E-02 8 8.16E-03 3 9.93E-03 8 1.82E+00 3 3 40E-04 8 5.84E-05 t
--+--------.+---
+-----__
+
+
+
-+
+
INHAL 8 2.96E-04 1 1.24E-04 1 1.75E-03 1 3.10E-04 8 4.19E-04 ! 6.74E-02 1 1.73E-03 3 7.57E-05 1
+----------+
--+
+---
+
+
+
+----
+
Table 4.
Doses to Population Within a 50-Mile Radius Resulting frosi the Release of
. Radioactivity in Caseous Effluents, January-March and April-June 1983; Cooper Nuclear Station
(
COOPER NUCLEAR STATION JANUARY-MARCP. 1983 ALARA ANNUAL INTEGRATED POPULATION DC,JE SUNNARY (NANREN) l PATHWAY T. BODY GI-TRACT BONE LIVER KIDNEY THYRO 1D LUNO SKIN l
+ - -
-+
-+
. + -
- - +
+
-+
-+
+
PLUME I 1.2SE-02 8 1.25E-02 8 1.25E-02 8 1.25E-02 8 1.25E-02 8 1.25E-02 ! 1.27E-02 1 2.75E-02 8 t
+
+
+
-+
+
+
+
+
+
5 CROUND
! 1.88E-04 1 1.88E-04 8 1.88E-04 8 1.08E-04 3 1.88E-04 8 1.88E-04 8 1,88E-04 8 2.21E-04 I l
+
+
- - +
+
-+
+-
- - + -
-+
-+
I INHAL 1 8.75E-05 3 8.73E-05 1 4.33E-05 1 8.78E-05 1 8.07E-05 I 9.44E-04 1 1.24E-04 8 8.22E-05 I l
+
+
+
-+
+
+-
_ - +
-+
. - +
VEGET I 3.86E-04 8 1.58E-04 8 1.256-03 1 2.37E-04 8 1.61E-04 1 1.09E-02 8 7.32E-05 8 5.64E-05 I l
- - - +
+
+
---+
+
+
- - + -
-+
+
COW NILK I 1.74E-04 8 3.73E-05 8 3.02E-04 1 2.91E-04 8 1,84E-04 1 1.SOE-02 1 6.25E-05 8 3.87E-05 I i
+
+-
-+
-+
+-
+-
+
+
-+
t HEAT I 2.24E-05 1 2.OOE-05 8 2.54E-05 1 2.43E-05 8 1.62E-05 8 3.40E-04 8 1.17E-05 8 1.03E-05 1
+
+--
+-
-+-
-_+
+
+
-+
+
t n
- TOTALe 1 1.34E-02 8 1.30E-02 8 1.43E-02 8 1.33E-02 1 1.32E-02 8 3.99E-02 8 1.32E-02 ! 2.79E-02 8 l
+
+
- - +
-+
-+
-+
+
+
+
COOPER NUCLEAR STAT!DN APRIL-JUNE. 1983 ALARA ANNUAL INTEGRATED POPULATION DOSE SUNNARY (MANREN)
{
PATHWAY T. BODY GI-TRACT BONE LIVER KIDNEY THYR 0!D LUNG SKIN i
--+-
-+
+
+
+
+
+
-+
+
PLUME I 3.26E-03 1 3.26E-03 8 3.26E-03 1 3.26E-03 1 3.26E-03 8 3.26E-03 8 3.31E-03 1 7.26E-03 I i
l
+=
+
+
--+
- - +
+
-+
+
+
l GROUND
! 8.97E-04 8 8.97E-04 I 8.97E-04 I 8.97E-04 8 8.97E-04 8 8.97E-04 8 8.97E-04 1 1.05E-03 1
+
+
+
- + -
+ - -
+
+
- - +
+
t INHAL f 3.58E-05 1 2.97E-05 1 1.54E-04 8 3.73E-05 t 4.96E-05 1 6.56E-03 1 1.81E-04 8 1.45E-05 l l
_-+-
+
+
+
+
+
+
VEGET I 1.32E-03 f 4.50E-04 8 4.65E-03 3 4.30E-04 8 C.11E-04 8 8.69E-02 1 2.65E-05 t 1.02E-05 8
+
-+
+
-+
+
+
-+
+
+
COW NILK I 4.36E-04 3 1.17E-04 8 8.97E-04 8 6.29E-04 I 7.56E-04 8 1.30E-01 8 3.14E-C5 8 6.93E-C6 I l
+-
-+
_+-
+
-+
+
+
+
+
NEAT 1 3.92E-05 1 7.23E-05 1 7.88E-05 1 2.86E-05 1 2.20E-05 1 2.94E-03 8 3.33E-06 1 1.04E-06 !
+-
--+
-+
+
+
+ - -
-+
+
+
- TOTAL
- I 5.99E-03 8 4.83E-03 8 9.94E-03 8 5.29E-03 8 5.50E-03 I 2.31E-01 3 4.45E-03 8 8.34E-03 8
+
-+
+
+
+
+
+
--+
--+
Table 5.
Summary of Maximum Individual and Population Doses Resulting from the Release of Radioactivity in Caseous Effluents, January-March and April-June 1983; Cooper Nuclear Station COOPER NUCLEAR STATION JAMJAR Y-JUNE, 1983 SPECIAL LOCATION #
1 SITE BOUNDARY AT 0,62 MILESNNW ANNUAL BETA AIR DOSE = 3.36E-01 MILLIRADS ANNUAL CAMMA AIR DOSE = 5.44E-01 MILLIRADS PATHWAY T. BODY GI-TRACT BONE LIVER KIDNEY THYROID LUNO SKIN
+
+
+
+
+
+
+--- -
-+
+
PLUME I 3.66E-01 8 3.66E-01 8 3.66E-01 8 3,66E-01 1 3.66E-01 1 3.66E-01 1 3.69E-01 1 7.04E-01 I
+
+
+
+
+
-+
+-
-+
-+
GROUND 1 3.86E-03 3 3.86E-03 1 3.86E-03 3 3.86E-03 I 3.86E-03 3 3.86E-03 8 3.86E-03 1 4.53E-03 i
+--
+
+
+
+
+
+
+
+
VECET I 2.81E-02 8 2.80E-03 1 1.09E-01 8 6.60E-03 3 3.60E-03 8 2.2tE-01 8 1.48E-03 1 9.19E-04 8
+-
-+
+
+
-+
+
+
+
+
MEAT I 2.52E-04 8 9.93E-05 8 6.96E-04 8 2.84E-04 1 2.16E-04 8 2.19E-02 8 7.31E-05 4 5.54E-05 1
+-
+
+
-+
+
+
+
-+
+
n COW MILK I 5.24E-03 8 9.78E-04 8 1.34E-02 8 9.29E-03 8 1.00E-02 8 1.69E+00 8 8.OOE-04 8 3.71E-04 1
'3 4
+
+
-+
+
+
+
+
+
+
INHAL I 7.35E-04 8 5.34E-04 1 2.35E-03 1 7.70E-04 1 8.90E-04 3 7.87E-02 8 1.39E-CJ l 4.81E-04 8
+--
+
+
+
+
+
+
+
+
COOPER NUCLEAR STA, TION JANUARY-JUNE. 1983 ALARA ANNUAL INTEORATED POPULATION DOSE SUrmARY (MANREMI PATHWAY T. BODY GI-TRACT BONE LIVER KIDNEY THYROID LUNG SKIN
+
-+
+
+
- -+
+
+ -
+
+
PLUME I 1.63E-02 1 1.63E-02 1 1.63E-02 8 1.63E-02 1 1.63E-02 1 1.63E-02 1 1.66E-02 1 3.59E-02 1
+
+
-+
+-
-+
- - +
+
-+
+
OROUND I 3.17E-04 8 3.17E-04 1 3.17E-04 8 3.17E-04 1 3.17E-04 1 3.17E-04 1 3.17E-04 8 3.72E-04 I
+
+
-+
+
-+
+-
+
+
+
INHAL i 1.20E-04 1 1.08E-04 1 2.15E-04 1 1.22E-04 5 1.37E-04 8 8.22E-03 1 2.05E-04 I 9.10E-05 1 +- -
+
-+-
+
- - +
+
+
VE9ET I 1.68E-03 I 4.45E-04 1 5.92E-03 1 6.60E-04 1 6.68E-04 I 9.76E-02 I 9.66E-05 1 6.34E-05 1
+
+
+
+
-+
+
+
+
+
COW MILK I 6.04E-04 8 1.54E-04 8 1.20E-03 1 9.17E-04 1 9.37E-04 8 1.45E-01 I 9.18E-05 I 4.34E-05 I
+-
+
+
+
-+
+
--+
+
+
MEAT I 5.24E-05 1 3.29E-05 8 1.04E-04 1 4.87E-05 1 3.76E-05 1 3,27E-03 8 1.45E-05 8 1.15E-05 8
+-
+
+
+
+
+
+
+
+
+TOTALe i 1.91E-02 1 1.74E-02 8 2.41E-02 8 1.84E-02 1 1.84E-02 1 2.71E-01 1 1.73E-02 1 3.65E-02 1
-+
-+
+
-+
+
+
+
+
-+
COOPER NUCLEAR STATION JANUARY-MARCH, 1983 INDIVIDUAL ANNUAL GAMMA AIR DOSE (MILL 1 RADS)
DISTANCE IN MILES DIR O. O-1,
- 1. -2.
2.-3.
3.-4.
- 4. -5.
- 5. - 10.
10.-20, 20.-30.
30.-40.
40.-50.
N 5.799E-C1 4.812E-02 1.329E-02 7.320E-03 4.270E-03 1.463E-03 4.798E-04 2.151E-04 1. 092E-04 6. 330E -05 NNE 2.795E-01 2.591E-02 8.394E-03 4.229E-03 2.561E-03 1.496E-03 3.980E-04 1.442E-04 7.126E-05 4.049E-05 NE 9.316E-02 9.630E-03 3.534E-03 1.870E-03 1.189E-03 9.149E-04 2.632E-04 9.797E-05 4.795E-05 2.610E-05 ENE 7.167E-02 6.075E-03 1.937E-03 9.541E-04 5.706E-04.4.089E-04 1.129E-04 4.026E-OS 2.044E-05 1.073E-05 E 8.537E-02 7.022E-03 2.093E-03 9.790E-O4 5.64IE-04 3.990E-04 1.100E-04 4.023E-05 1.970E-05 1.133E-05 ESE 5.953E-02 5.745E-03 2.065E-03 1.116E-03 7.154E-04 5.361E-04 1.541E-04 5.670E-05 2.694E-05 1.469E-05 SE 1.600E-01 1.655E-02 5.815E-03 3.024E-03 1.863E-03 7.237E-04 2.159E-04 7.799E-05 3.697E-05 1.976E-05 SSE 1.317E-01 1.352E-02 4.763E-03 2.464E-03 2.164E-03 8.629E-04 2.342E-04 8.462E-05 4.062E-05 2.222E-05 S 3.538E-01 2.997E-02 9.187E-03 4,340E-03 2.876E-03 1.187E-03 3.047E-04 1.193E-04 5.759E-05 3,235E-05 i
SSW 3.509E-01 2.956E-02 9.215E-03 4.982E-03 2.935E-03 1.062E-03 2.430E-04 8.154E-05 3.800E-05 2.051E-05 SW 2.592E-01 2.382E-02 7.258E-03 3.380E-03 1.929E-03 6.810E-04 1.554E-04 5.132E-05 2.367E-05 1,267E-05 WSW 1.164E-01 1.239E-02 't.827E-03 1.792E-03 1.022E-03 3.600E-04 8.699E-05 2.867E-05 1.308E-05 6,889E-06 W
1.142E-01 1.737E-02 5.576E-03 2.682E-03 1.364E-03 5.394E-04 1.391E-04 4.716E-05 2.147E-05 1.108E-05 j
WNW 1.882E-01 2.611E-02 8.180E-03 3.972E-03 2.267E-03 7.642E-04 1.893E-04 6.474E-05 3.OOOE-05 1.623E-05 NW 4.664E-01 5.555E-02 1.674E-02 7.780E-03 4.378E-03 1.439E-03 3.315E-04 1.239E-04 6.106E-05 3.441E-05 NNW 5.540E-01 4.871E-02 1.666E-02 8.361E-03 4.668E-03 1.516E-03 3.566E-04 1.265E-04 6.294E-05 3.661E-05 l
h INDIVIDUAL ANNUA 4. GETA AIR DOSE (MILLIRADS)
DISTANCE Ir4 MILES DIR O. O-1.
- 1. -2.
2.-3.
3.-4.
- 4. - 5.
5.-10.
10.-20.
20.-30.
30.-40.
40.-50.
N J.500E-01 2.939E-02 9.197E-03 4.408E-03 2.596E-03 9.523E-04 3.509E-04 1.665E-04 8.939E-05 5.507E-05 NNE 1.723E-01 1.398E-02 5.137E-03 2.372E-03 1.352E-03 9.252E-04 2.650E-04 1.059E-04 5.664E-05 3.463E-05 NE 5.752E-02 5.925E-03 2.174E-03 1.150E-03 7.324E-04 5.746E-04 1.730E-04 7.035E-05 3.775E-05 2.268E-05 l
ENE 4.421E-02 3.728E-03 1.177E-03 5.779E-04 3.474E-04 2.615E-04 7.986E-05 3.218E-05 1.836E-05 1.088E-05 l
E 5.268E-02 4.301E-03 1.263E-03 5.879E-04 3.409E-04 2.548E-04 7.817E-05 3.194E-05 1.718E-05 1.093E-05 ESE 3.668E-02 3.538E-03 1.264E-03 6.824E-04 4.384E-04 3.379E-04 1.050E-04 4.298E-05 2.271E-05 1.374E-05 SE 9.913E-02 1.017E-02 3.573E-03 1.858E-03 1.146E-03 4.494E-04 1.4ISE-04 5.623E-05 2.937E-05 1.733E-05 SSE 8.100E-02 8.302E-03 2.917E-03 1.503E-03 1.331E-03 5.402E-04 1.572E-04 6.282E-05 3.320E-05 2.OOOE-05
}
S 2.178E-01 1.838E-02 5.574E-03 2.622E-03 1.749E-03 7.312E-04 2.159E-04 9.42SE-05 4.998E-05 3.083E-05 i
SSW 2.14.4E-01 1.813E-02 5.575E-03 3.013E-03 1.788E-03 6.792E-04 1.781E-04 6.704E-05 3.402E-05 2.OO3E-05 SW 1.399E-01 1.459E-02 4.397E-03 2.044E-03 1.172E-03 4.332E-04 1.127E-04 4.2OOE-05 2.117E-05 1.236E-05 WSW 7.192E-02 7.555E-03 2.315E-03 1.088E-03 6.274E-04 2.337E-04 6.430E-05 2.374E-05 1.190E-05 6.922E-06 W 7.037E-02 1.061E-02 3.396E-03 1.638E-03 9.613E-04 3.442E-04 9.846E-05 3.733E-05 1.874E-05 1.077E-05 WNW 1.161E-01 1.593E-02 4.963E-03 2.414E-03 1.388E-03 4.893E-04 1.355E-04 5.120E-05 2.587E-05 1.522E-05 l
NW 2.880E-01 3.383E-02 1.010E-02 4.700E-03 2.671E-03 9.286E-04 2.576E-04 9.876E-05 5.173E-05 3.114E-05 NNW 3.422E-01 2.965E-02 1.OO2E-02 5.053E-03 2.862E-03 9.993E-04 2.716E-04 1.046E-04 5.SOGE.-05 3.391E-05 i
l i
6667666666666666 6667766666666666 0000000000000000 0000000000000000 0-0-
5EEEEEEEEEEEEEEEE 5EEEEEEEEEEEEEEEE
- 9424462144633597 1511820510843747
.73301 64456761532
.487870479238O290 06737443799644914 0762994369830O512 4................
4................
4228113132111155 5226912133222267 5666666666666655 5666666666666655 0000000000000000
. 00000000000O0000 0-4EEEEEEEEEEED.EEE 0-4EEEEEEEEEEEEEEEE 40392081 400 8671 6529209* 0323
- 3001 1 742226127040308
. O333782787445507
. 1 00692740908276512 0O61769532461021 1
3................
3................
1551226386333411 1431124276433411 5666666655666655 5556665655566555
. 0000000000000000 0000000000000000 0-0-
3EEEEEEEEEEEEEEEE 3EEEEEEEEEEEEEEEE 8951780358463401 4165454994486562
. 7925897196O24696
.5566223977353251 06320723807O74191 01715502044007737 2................
2................
2114571821188123 2982358611987922 4555555555555544 5556655555555555 0000000000000000
. 0000000000000000 0-0-
2EEEEEEEEEEEEEEEE 2EEEEEEEEEEEEEEEE
)
0796547173633473 S
9823825624629243
)
D
.1487631 922427434 S
.70017883991 09325 A
00792648930164612 D
05946942843853022 R
1................
A 1
I 1431123277433411 R
6227912144222378 L
I L
4445544444444444 L
4455555544444444 0000000000000000 L
0000000000000000 I
M I
0EEEEEEEEEEEEEEEE M 0EEEEEEEEEEEEEEEE 1
1438252691 991 2793 19081 21 0665259813 1
ES 7459722059311827 S
1268620258759673 OL5. 80601043241 98230 EE. 9290717890210316 SE SL5........
DI 4215611133211256.
OI 2193368712111133 M
DM R
3444444443444433 4445444444444443 3I N 0000000000000000 RN 0000000000000000 8AI. - - - - - - - - - - - - - - - -
II 9
5EEEEEEEEEEEEEEEE A 5EEEEEEEEEEEEEEEE 1AE 1 581 12691 8940530 E
3356635313052126 MC.7138171 078597807 AC. 809151 8896656702
,MN44974790960707068 TN48681084385064271 EAA EA PGT 1541124391665711 BT 8329112256433491 U S S
JLI 3344444433333333 LI 3444444433444433 AD 0000000000000000 AD 0000000000000000 LU U
EEE N 4EEEEEEEEEEEEEEEE 4EEEEEEEEEEEEE,631 N
0903587343220677 I N 33072211111 5" RN PA
. 9204340601982617 A
.0757157146160018 A
35025919879100282 35205812201232779 L
L A
2182256611111123 A
1651134411766711.
NU U
OD 3334433333333333 D
3334444433333333 0000000000000000 0000000000000000 I
II TV V
3EEEEEEEEEEEEEEEE AI 3EEEEEEEE:t:EEEEEEE I
9059021 3757080B D
066631 4t 7997491 1 TD f
1 SN 274928985496314O N
. 6470675454846420 24304862125543673 I
26174204461 33270O I
R 3113369922111134.
A 5215611134222267 E
L 2333333322333322 2333333333333322 0000000000000000 C
0000000000000000 U
N 2EEEEEEEEEEEEEEEE 2EEEEEEEEEEEEEEEE 895961 9789693956
- 6202656542753360 R
.9500224851377892 7002546509698534 E
18288069024803293 11561220187496724 P
O 1751234511887912 1431123378344511 O
C 122222221 12221 11 1222222221222211 0000000000000000 0000000000000000 1EEEEEEEEEEECEEEE 1EEEEEEEEEEEEEEEE
- 61 7193486973991 1
- 1 01 529517S522053 O8178861 572845622 O978298061O200272 0729083736803026
. 278223455O163636 O................
O................
2761235511998122 1431123381653611 E E E E W W W W E E E E W W W W RNNENESESSSWSWNWN RhNENESESSSWSWNWN NNE ESS SSW WNN I
NNE ESS SSW WNN I
D D
OC l
I
' ; i' l
,,l I
li
,il'
.I!
- l' iil l
COOPER NUCLEAR STATION JANUARY-JUNE, 1983 INDIVIDUAL ANNUAL GAMMA AIR DOSE (MILLIRADS)
DISTANCE IN MILES DIR O. O-1.
- 1. -2.
2.-3.
3.-4.
- 4. - 5.
- 5. -10, 10.-20.
20.-30.
30.-40.
40.-50.
N 7.333E-01 6.415E-02 1.983E-02 9.463E-03 5.470E-03 1.856E-03 5.198E-04 2.050E-04 9.999E-05 5.703E-05 NNF 3.290E-01 3.057E-02 9.641E-03 4.769E-03 2.816E-03 1.516E-03 3.946E-04 1.374E-04 6.464E-05 3.580E-05 NE 1.657E-01 1.603E-02 5.12SE-03 2.388E-03 1.566E-03 9.153E-04 2.480E-04 8.897E-05 4.277E-05 2.356E-05 ENE 8.378E-02 7.338E-03 2.318E-03 1.133E-03 6.738E-04 4.432E-04 1.242E-04 4.559E-05 2.357E-05 1.276E-05 E 9.657E-02 8.535E-03 2.696E-03 1.339E-03 8.118E-04 6.452E-04 1.838E-04 6.692E-05 3.197E-05 1.839E-05 ESE 1.068E-01 9.824E-03 3.192E-03 1.602E-03 9.706E-04 6.118E-04 1.747E-04 6.401E-05 3.057E-05 1.678E-05 SE 2.099E-01 2.057E-02 7.028E-03 3.564E-03 2.193E-03 8.628E-04 2.757E-04 1.054E-04 5.195E-05 2.857E-05 SSE 1.889E-01 1.798E-02 5.957E-03 2.984E-03 2.468E-03 9.487E-04 2.561E-04 9.268E-05 4.472E-05 2.488E-05 S 4,678E-01 4.184E-02 1.283E-02 6.160E-03 4.077E-03 1.385E-03 3.928E-04 1.407E-04 6.550E-05 3.601E-05 SSW 4.973E-01 4.289E-02 1.296E-02 6.395E-03 3.852E-03 1.337E-03 2.889E-04 9.082C-05 4.046E-05 2.147E-05 SW 3.442E-01 3.368E-02 1.016E-02 4.718E-03 2.693E-03 9.161E-04 2.OO2E-04 6.346E-05 2.855E-05 1.52SE-05 WSW 2.291E-01 2.293E-02 6.879E-03 3.177E-03 1.779E-03 5.761E-04 1.231E-04 3.719E-05 1.649E-05 8.55GE-06 W 2.228E-01 2.614E-02 8.100E-03 3.795E-03 2.160E-03 7.084E-04 1.658E-04 5.288E-05 2.332E-05 1.215E-05 WNW 3.064E-01 3.421E-02 1.049E-02 4.993E-03 2.835E-03 9.418E-04 2.163E-04 7.046E-05 3.242E-05 1.736E-05 NW 6.678E-01 7.923E-02 2.436E-02 1.194E-02 6.396E-03 2.228E-03 5.375E-04 1.801E-04 8.32OE-05 4.723E-05 NNW 7.995E-01 7.411E-02 2.580E-02 1.318E-02 7.496E-03 2.508E-03 5.726E-04 1.922E-04 9.169E-05 5.143E-05 n
C INDIVIDUAL ANNUAL BETA AIR DOSE IMILLIRADS)
DISTANCE IN MILES DIR O.O-1.
- 1. -2.
2.-3.
3.-4.
- 4. -5.
- 5. - 10.
10.-20.
20.-30.
30.-40.
40.-50.
N 4.530E-01 3.949E-02 1.203E-02 5.696E-03 3.291E-03 1.156E-03 3.711E-04 1.636E-04 8.614E-05 5.240E-05 NNE 2.031E-01 1.888E-02 5.924E-03 2.914E-03 1.711E-03 9.321E-04 2.390E-04 1.OO9E-04 5.275E-05 3.199" v5 NE 1.023E-01 9.894E-03 3.155E-03 1.589E-03 9.394E-04 5.657E-04 1.611E-04 6.345E-05 3.370E-05 2.043E-05 ENE 5.172E-02 4.524E-03 1.419E-03 6.891E-04 4.092E-04 2.772E-04 8.407E-05 3.448E-05 1.985E-05 1.196E-05 E
5.959E-02 5.265E-03 1.650E-03 8.141E-04 4.926E-04 4.057E-04 1.258E-04 5.162E-05 2.763E-05 1.772E-05 ESE 6.389E-02 6.062E-03 1.959E-03 9.778E-04 5.900E-04 3.817E-04 1.175E-04 4.824E-05 2.374E-05 1.370E-05 SE 1.296E-01 1.266E-02 4.326E-03 2.194E-03 1.351E-03 5 338E-04 1.771E-04 7.303E-05 3.928E-05 2.363E-05 SSE 1.164E-01 1.107E-02 3.657E-03 !.823E-03 1.512E-03 5.800E-04 1.688E-04 6.741E-05 3.578E-05 2.180E-05 S 2.886E-01 2.500E-02 7.849E-03 3.744E-03 2.475E-03 9.799E-04 2.671E-04 1.092E-04 5.679E-05 3.447E-05 SSW 3.072E-01 2.641E-02 7.878E-03 3.982E-03 2.327E-03 8.360E-04 2.095E-04 7.707E-05 3.834E-05 2.234E-05 l
SW 2.127E-ut 2.068E-02 6.163E-03 2.848E-03 1.629E-03 5.773E-04 1.460E-04 5.345E-05 2.660E-03 1.350E-05 WSW 1.416E-01 1.404E-02 4.163E-03 1.919E-03 1.080E-03 3.680E-04 9.324E-C5 3.314E-05 1.636E-05 T.413E-06 W
1.376E-01 1.600E-02 4.923E-03 2.303E-03 1.318E-03 4.505E-04 1.213E-04 4.462E-05 2.201E-05 1,271E-05 WNW 1.893E-01 2.097E-02 6.379E-03 3.023E-03 1.720E-03 5.901E-04 1.550E-04 5.770E-05 2.917E-05 1.705E-05 NW 4.126E-01 4.855E-02 1.479E-02 6.975E-03 3.994E-03 1.392E-03 3.816E-04 1.449E-04 7.48GE-05 4.475E-05 NNW 4.941E-01 4.543E-02 1.362E-02 7.956E-03 4.545E-03 1.388E-03 4.212E-04 1.603E-04 8.297E-05 4.998E-05
4 DOSE CALCULATION MODELS To evaluate the radiological consequences of the routine release of liquid cad gaseous effluents from the Cooper Nuclear Station, two computer codes
)
were used: LADTAP II for liquid doses and CASPAR for gassous doses (Ref.
.I and 2).
Both of these computer codes implemented the dose calculational methodologies of U.S. NRC Regulatory Guide 1.109, Revision 1 (Ref.1).
Source terms for each quarter and for the semiannual period are combined with station-specific demographic data and either hydrological dilution fac-
't tors, for liquid dose calculations, or atmospheric diffusion estimates, for gaseous dose calculations.
Fce liquid dose calculations, the hydrological dilution factors used for input to LADTAP II, as well as other input parameters, are listed in Table 6.
Other inputs not specifically listed in this table are taken from Regulatory Guide _1.109, Revision 1.
For gaseous dose calculations, atmospheric diffusion estimates are obtained from the reduction and processing of onsite meteorological data, as described in ' Appendix B.
Additional input to CASPAR includes the following station-
. cupplied data 2 -
0- to 50 mile population distribution
-o 0- to 50-mile meat, milk, and vegetable production distributions o
Absolute humidity at the Cooper Nuclear Station (14.61 g/m )
o The fraction of the year that vegetables are grown (0.5) o 4
The fraction of the daily feed intake derived from pasture for o
milk and meat animals (0.5).
F Other values used for input to CASPAR are default values from Regulatory Guide 1.109, Rev. 1.
r l
l l
C11
Table 6.
Values of Parameters Used to Make Dose Estimates Resulting from Liquid Discharges January - June 1983, cooper Nuclear Station I
3 i
Values Assigned Parame te r Individual Population Reference Source Cooling flow rate (cfs) 773; 700*
773; 700*
Station data -
Dilution fac tor 1
37.64; 73.35' Station data Holding time:
c b
Drinking water 12 hg 22.4 hg Station data Shoreline exposure 0 hr 22.4 hr Station data b
Swinani ng 0 hr 22.4 hr Station data n
3 g
Boating 0 hr 22.4 hr Station data "First and second quarters for 1983, respectively.
Based on an average Missouri River water flow of 5.5 ft/see, 84 miles down the river.
Values from Regulatory Guide 1.109, Revision 1.
e I
i
Re ferenc e s 1.
U.S.' Nuclear Regulatory Commission, NUREG-0597, " User's Guide to CASPAR Code," June 1980.
2.
U.S. Nuclear Regulatory Commission, NUREG/CR-1276, " User's Manual for LADTAP II: A Computer Code for Calculating Radiation Exposure to Man from Routine Release of Nuclear Reactor Liquid Effluents," 1980.
3.
U.S. Nuclear Regulatory Conunission, Regulatory Guide 1.109, " Calculation of Annual Doses to Man from Routine Release of Reactor Effluents for the Purpose of Evaluating Compliance with 10 CFR 50, Appendix I," Revision 1,:1977.
v C13
ISOPLETH FIGURES The average atmospheric diffusion estimate isopleths presented in this section were generated from output of the computer code XOQD0Q. These figures present relative concentrations for undepleted and undecayed atmospheric releases.
Isopleth fields are presented for both a 0- to 5 mile area and a 0- to 50-mile area centered on the Cooper Nuclear Station. The periods covered by the isopleths are January through March, April through June, and January through June 1983. Separate figures are given for the ground-level (vent stack) and elevated release points. The isopleths of gamma radiation dose were generated from output of the GASPAR computer code. The isopleths are for a combined ground-level (vent stack) and elevated release, and cover the same area and time periods given for the atmospheric diffusion estimates.
These figures are presented for purposes of displaying general data trends only. Due to the inaccuracies introduced by smoothing of the gridded data fields by the plotting routines, these plots should not be used to extract absolute values of the parameters for given distances and directions. Exact values of these parameters can be obtained from the tables of atmospheric diffusion estimates provided in Appendix B and doses provided in Appendix C.
f t
C14
~,
List of Figures No.
Title 1.
Cooper Nuclear Station and Surrounding Area from 0-5' miles 2.
Cooper Nuclear Station and Surrounding Area from 0-50 miles 3.
Atmospheric Diffusion Estimate Isopleths, 0-5 Mijes, Ground-Level Releases, January-brch 1983 (sec/m )
4.
Atmospheric Diffusion Estimate Isopleths, 0-50 Hj)les, Ground-Level Releases, January-brch 1983 (sec/m
-5.
Atmospheric Diffusion Esti=ste Isopleths, 0-j) Miles, Elevated Releases, January-brch 1983 (sec/m 6.
Atmospheric Diffusion Estimate Isopleths, 0-j0 Miles, Elevated Releases, January-brch 1983 (sec/m )
7.
Atmospheric Diffusion Estimate Isopleths, 0-5 Mues, 3
Ground-Level Releases, April-June 1983 (sec/m )
8.
Atmospheric Diffusion Estimate Isopleths, 0-5g) Miles, Ground-Level Releases, April-June 1983 (sec/m 9.
Atmospheric Diffusion Estimate Isopleths,3) 5 Miles, 0-Elevated Releases, April-June 1983 (sec/m 10.
Atmospheric Diffusion Estimate Isopleths,3) 50 Miles, 0-Elevated Releases, April-June 1983 (sec/m 11.
Atmospheric Diffusion Estimate Isopleths, 0-5 Hj)les, Ground-Level Releases, January-June 1983 (sec/m 12.
Atmospheric Diffusion Estimate Isopleths, 0-50 g)iles, Ground-Level Releases, January-June 1983 (sec/m 13.
Atmospheric Diffusion Estimate Isopleths, 0 5 Miles, 3
Elevated Releases, January-June 1983 (sec/m )
- 14. Atmospheric Diffusion Estimate Isopleths, 0 50 Miles, 3
Elevated Releases, Janu. y-June 1983 (sec/m )
- 15. Casana Air Dose Isopleths, 0-5 Miles, January-brch 1983 (millirad)
- 16. Germa Air Dose Isopleths, 0-50 Miles, January-brch 1983 (alllirad) i l
C15
. ~.
List of Figures (Continued)
No.
Title
- 17. Gesuna Air Dose Isopleths, 0-5 Miles, April-June 1983 (millirad) 18.
Gamma Air Dose Isoplethe, 0-50 Miles, April-June 1983 (alllirad) 19.
Gauuna Air Dose Isopleths, 0-5 Miles, January-June 1983 (millirad) 20.
Gammaa Air Dose Isopleths, 0-50 Miles, January-June 1983 (millirad)
C16
-mve
--ee---
.-<-,r,
-,,--.---r-+
c~,m
- m---m,e,-e
-mea 4---
-m v.- - - -,
---m,
--r,,n- -,-,e
\\
57
- n.,
8 IBriwn U
MISSOU ERP Mi.
2 Mi.
3 4 Mi M
L AR E.
NEBRASKA l
Nemaha l
5' o
3 %.
Figure 1 Cooper Nuclear Station and Surrounding Area from 0-5 Miles C17
\\
NEBRASKA gelievue l
Rsttsmouth' W I) v
. u-n.
~
Carinda Nebraska
- Oty 4
p,j, Rockport
- T Auburn 10 Mi. 20 Mi.
30 Mi.
40 Mi. 50 Mi.
r Maryville e
Beatrice Felis Oty
- e Amazonia
. s,.
Joseph KANSAS Atchison e MISSOL'RI Y
Jk G%
0 10 to 30 mes a i
m._o Figure 2 Cooper Nuclear Station and Surrounding Area from 0-50 Miles C18
s n
\\.
o h'
s, N
\\
N
\\
k
(
s s
s N
p Y
N
,g i
k
~
R
\\
@ eN
)
e- -
g y
s e,,
'O, Ng
\\
g 3 MIM8 I
w Figure 3 Atmospheric Diffusion Estimate Isopleths, 0-5 Miles Ground-Level Releases, January-March 1983 (sec/m3) l C19
' ' ' ~ ~
c 0'"8h*
- e ca a n ses hh NEBRASKA
\\
N s,
Mattsmove"
\\
\\
~
l
?
o s
o u
e Uncoln o
s.
1
_ _, a.
Nebt ka t Cty
__.__..___._.i_.-
\\
8 r\\
^ %e po,n
\\
Maryville
- s btrics k
b
_w\\ _.s N
._.-__)
o e Amazonia
/
St.
'd.
l 0
to 20 30 Mdes i
Figure 4 Atmospheric Diffusion Estimate Isopleths, 0-50 Miles Ground-Level Releases, January-March 1983 (sec/m3) c20
~
pi' g,ooE' g
m.
s 4
\\
,o %
p 155 R1 o
a a
v
- r. o f
%y x
- NUCLEAR, e*
s, j z.
M
'C S. ong t
\\
"~
l Figure 5 Atmoseheric Diffusion Estimate Isopleths, 0-g) Miles Elevated Releases, January-March 1983 (sec/m l
C21
I
- -). -,
lOWA NEBRASKA gosse u.
iL me
.. s i
hado e Linesin e
Car e
Netw i
Oty
/.
rt OG I
m o blier1 velle Beatrice B ooe Fall Oty *
- Amazonia St.
)
u,o g
'03 KANSAS Aasheen,
MISSOURI o
to so so u k
u..eo Figure 6 Atmospheric Diffusion Estimate Isopleths, 0 50 Miles Elevated Releases, January.Maren 1983 (sec/mJ)
C22
k
\\
\\
\\
x a
- 1. c, o
~.,
'Oy
y
$k g
. w
/.c N
N k
s a'
-T A.i y
'o, N
(A M
vi oc\\
e
'o, I
\\
\\
\\(\\q I
Figure 7 Atmospheric Diffusion Estimate Isopleths, 0-5 Miles 3
Ground-Level Releases, April-June 1983 (sec/m )
C23
l
- c M
- a Couned thstts BO4fA NEBRASKA asswese N
n, x
{
' \\
~.r *
\\
. ~,
o.~..
x Ne6r ae
\\
Oty g
g s
N j
p u'-
Auburn * @
~
Maryville e
6 g
Spotrice R
s
'o, F is Qty e Amazonsa 00c_o e St.
Joseph KANSAS' Answoon e MISSOURI Yi 0
to 30 30 M*6es 1
Atmospheric Diffusion Estimate Isopleths, 0-5g) Miles Figure 8 Ground-Level Releases April-June 1983 (sec/m C24
T
' s.,
1 4
00c.n o e nB
\\
\\
RI
\\
~
I s
I..
'N WW I
, CLEAR 9
s.
8 l
i k
\\
l o
,s s..,.
n-1 l
Figure 9 Atmospheric Diffusion Estimate Isopleths,3) 0-5 Miles Elevated Releases, April-June 1983 (sec/m C25
L_
L J
n_
T
\\
N Sh'a e uncoln Nebras 8
cry
?
\\
o
-_r
- u. %
Maryville W ( '* 0
.t...
0 09 W
l m
F Gry e Arnazonia k
g KANSAS Atcheson e MISSOURI T2 o
to se se one.
i Atmospheric Diffusion Estimate Isopleths,3) 50 Miles Figure 10 0-21evated Releases, April-June 1983 (sec/m C26
L
\\
/
~
's
'N
~
C P4 a
N T Oop,fe ownvil s
DN
's s
o RI 1
\\
..i,
\\
~%OO CL R 8 n, \\
?
i s
s N,
(
g Nem
~0 0
0.4 x
k o
sum
-n-Figure 11 Atmospheric Diffusion Estimate Isopleths, 0-5 Mjles Ground-Level Releases, January-June 1983 (sec/m )
C~
- o
- DCouncil Bluffs l
K)WA NEBRASKA genname i
L I
i d'
O k
- c. m o,
renda #
Nebras e civ
\\
C
'Og e
o Mary lie e
Beatrice
- 4 Otv C#
i y
e Arnuonna est.
N Joseon KANSAS Atem,
%a.
m
- 3..e I
m.
t Figure 12 Atmospheric Diffusion Estimate Isopleths, 0-50 Miles Ground-Level Releases, January-June 1983 (sec/m3)
C:8
i w
'e
- 4. og'o awa*%,'
\\
l
'o
<w
+
s i
.k n
sa
'O, S
\\
t 8 ***"
Figure 13 Atmosoneric Diffusion Estimate Isopleths, 0-5 Miles Elevated Releases, January-June 1933 (sec/m3)
C29
i
'\\
- m..
a NEBRASKA Bellevue I
Re m *
'o,
\\
f N
's s, -.
e ~,,
e Cari O
Neb Y
e M.tv die
- o W
e s
Smetisee E 00 Osp F
Cry
.-.-.~.
/.
St-Joseph KANSAS Atesson e MISS N RI I.J e
to se se es==
i Figure 14 Atmospheric Of ffusion Estimate Isopleths, 0-50 Miles 3
Elevated Releases, January. June 1983 (sec/m )
c30
k x
- o 1
l I
'x e %g M \\
\\
g cP 40
\\
g o.n n.
- s s
\\
\\
i
)
N
\\
?
N S
3 I
O' COOP
\\
k t,n,,,n,
NUCLEAR I o
ax
.C 3
o o
) f. <$
\\
o m
' O,0
/
s s
/
l l
Oo
/
d o
1 sun.
-n_
.i I
~
Figure 15 'Gama Air Dose Isopleths, 0-5 Miles January-March 1983 (millirad)
.C31
I Ornea e Council Bluffs IOWA NEBRASKA Bellevue e auth og e Lincoln I'Og.
Shenandoa
\\,
e Carinda e
\\
bras a e Cty
'o S
h i
a\\
a e
o i
u I
g
+
~
\\
Aubur C
'o
\\
C o
1
\\
Maryville
\\
c t
e Bestrece
\\
S
- Amazonia e St.
Joseph KANSAS Atchison e MISSOURI j
'l 0
10 20 30 Miles 1
Figure.16 Gamma Air Dose Isopleths, 0-50 Miles January-March 1983 (millirad) l C32 1
L
- 0 h,
N 0 onN N
)/ l/>
e mWo.
0O s
\\
m 's
\\.
~~ '
I s
s
\\,
O
\\
\\
'o CLEAR 8 Lahne g b
3 s
s 9
\\
y 1
8-o s
\\
o-1
- o f
I
\\
\\
+4,
1 i k
\\
o a
sum
-n-u.
Figure 17 Gamma Air Dose Isopleths, 0-5 Miles April-June 1983 (millirad)
C33
-e
-,,s IOWA NEBRASKA Bellevue e Ra i
'Og, e Lincoln Oof-os 3
e., _..
o Nebrask e O
i
/
d Y
t d
oc
\\\\.
+'
8
\\
M.ryville
^'
e y
Bestr a k
\\
)
/
og, V
'C e
o 3
m 0@ F is City
-7
\\
e Arnaroni.
- 00g, St.
Joseon KANSAS Atchison e MISSOURI
'l j
0 10 20 30 Moles "a
i Figure 18 Gama Air Dose Isopleths, 0-50 Miles April-June 1983 (millirad)
C34
l l
L oo
(
s
\\
s d
I m
'\\
\\
\\
g
\\
COCPE NUCLEAR I N 1.
9 g
5 l
o b.,
n.
\\
sNI 00500 k
o i
2 s ua.
-n-Figure 19 Ganca Air Dose Isopleths, 0-5 Miles January-June 1983 (millirad)
C35
~
l 0"***
couneii muts l
i 4
Platts -
0 do*h e uncoln 0e g Clarindae
\\
- pene, e
I s
P u k
Aubu a o,'
O O
Maryville b
O Beatrice J.
f F pty v
g
- o.
- Amuonia i
c, D
s S.
l St.
l Joseph w
l KANSAS Ateeson e MISSOURI k"*
0 te 20 314 team Leavenwonn e Figure 20 Gama Air Dose Isopleths, 0 50 Miles January-June 1983 (millirad)
C36