ML18038A630
| ML18038A630 | |
| Person / Time | |
|---|---|
| Site: | Nine Mile Point  |
| Issue date: | 12/31/1983 |
| From: | Lempges T NIAGARA MOHAWK POWER CORP. |
| To: | Murley T NRC OFFICE OF INSPECTION & ENFORCEMENT (IE REGION I) |
| References | |
| 7973, NUDOCS 8403070194 | |
| Download: ML18038A630 (106) | |
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- ACCKSSION NBRt8403070194 DOC ~ DATE'3/12/31 NOTARIZED; NO DOCKET' PACIL'F50, 220 Nine Hil'e Point Nuclear'Stations Un4t ig, Niagara Powe 050002?0
'UTH ~ NAME AUTHOR AFFILIATION L'EHPGES p T ~ K ~ N) agar a Mohawk Power Corp I RECIPiNAHK RECIPIENT AFFILIATION HURLEY,T,E,. Region li Office of Director.
SUBJECT!
1983 '" W/840301 ltd "Radioactive. Kffl.uent Release Semi~Annual ReptqJu1~Dec DISTRIBUTION COOK: IE25S COPIES RECEIVED)LTR - ENCL / SIZE:
fluent/
TITLE: Periodic Envir on Monitoring Rept (50, DKT) Annual/Semiannual/Ef
'I NOTES:
RECIPIENT COPIKS RECIPIENT COPIES ID CODE/NAME LTTR ENCL ID CODE/NAHE LTTR ENCL NRR ORB? BC 04 7 7 INTERNAL: AEOD IE FILE 0 1 1 1 NRR/DE/EEB 08 1 1 RRM~RAQ 09 1 1 NRR/DSI/METB 2 D > 10 1 1 RH/DDAHI/MIB 1 EXTERNAL; ACRS 11 1 1 LPDR 03 1
'NRC PDR 0? 1 1 NTIS 05 1 1 TOTAL NUMBER OF COPIES REQUIRED: LTTR 19 ENCL 19
I 7973
- 7 MIASMA 4 MOHAWK NINE MILE POINT NUCLEAR STATION/P.O. BOX 32 LYCOMING, NEW YORK 13093/TELEPHONE (315) 343-2110 March 1, 1984 Dr. Thorn@a E. Murley Regional Administrator United States Nuclear Regulatory Commision Region I 631 Park Avenue King of Prussia, Pennsylvania 19406 Re: Nine Mile Point Unit 81 Docket No. 50-220 DPR>>63
Dear Dr. Murley:
In conformance with Paragraph 4.6.lb of the Environmental Technical Specifications for Nine MQ.e Point Nuclear Station Unit 81, we are enclosing the Radioactive Effluent Release Semi-Annual Re ort for the period July 1, 1983, through December 31, 1983. Also included is meteorological data in accordance with Regulatory Guide 1.23.
The format used for the effluent data is as outlined in Regulatory Guide 1.21. Distribution is in accordance with Regulatory Guide 10.1 and the Environmental Technical Specifications.
If you have any questions concerning the attached report, please contact James N. Duell, Supervisor Chemistry and Radiation Protection, at Nine Mile Point (315) 349-2426.
Very truly yours, y A4 Thomas E. Lempges Vice President Nuclear Generation Enclosures (2 copies)
CC! Director, Office of Nuclear Reactor Regulation (1)
Document Control Desk, U.S. Nuclear Regulatory Commission Washington, D.C. 20555 (1) 8403070194 831231 PDR ADQCK 05000220 R PDR
g NINE MILE POINT NUCLEAR STATION RADIOACTIVE EFFLUENT RELEASE SEMI-ANNUAL REPOR T JULY - DECEMBER 1983 DOCKET NO.: 50-220 LICENSE NO.: DPR-6 3 NIAGARA MOHAWK POWER CORPORATION
NINE MILE POINT NUCLEAR STATION RADIOACTIVE EFFLUENT RELEASE SEMI-ANNUAL REPORT JULY DECEMBER 1983 SUPPLEMENTAL INFORMATION Facility: Nine Mile Point Unit 81 Licensee: Niagara Mohawk Power Corporation
- 1. Regulatory Limits a) Fission=and activation gases:
The release rate limit of noble gases from the site shall be:
Ex[Q is(l 6Eilf+0.3EiG)+Qis(2 7EiÃ+0.5EiG)+Qiv(ll-OEi~+24.0EiG) ](1 where Q's release rate from Nine Mile Point Unit 1 main stack in Ci/sec (as elevated release)
Qis release rate from the FitzPatrick main stack in Ci/sec (as elevated release)
Qiv release rate from the FitzPatrick vents in Ci/sec (ground release) the individual nuclide the average gamma energy per disintegration the average beta energy per disintegration b6c) Iodines and particulates, half lives > 8 days:
The release rate limit of all radionuclides and radioactive materials in particulate form with half-lives greater than eight days> released to the environs as part'f the gaseous wastes from the site shall be:
1.2 x lk (Q s +0.08 Qs + 5 Qv) ere Q's release rate from Nine Mile Point Unit 1 main stack in Ci/sec (as elevated release) release rate from the Fitzpatrick main stack in Ci/sec (as elevated release) release rate from the FitzPatrick vents in Ci/sec (ground release)
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- d r ~
d) Liquid Effluents:
1 ~ Controlled in accordance with Appendix B, Table II Column 2, of 10 CFR 20 and Note 1 thereto.
- 2. Not to exceed 10 Ci/calendar quarter (excluding tritium and dissolved gases) ~
- 3. Not to exceed 20 Ci/12 consecutive months (excluding tritium and dissolved gases) ~
2 ~ Maximum Permissible Concentrations a) Fission'and activation gases:
None specified b&c) Iodines and particulates, half lives > 8 days:
'h None specified Liquid Ef fluents:
hh
.Il d) t h~
10CFR 20, Appendix B, Table
~
II, Column 2.
AVE MPC (July-September) no discharges AVE MPC (October"December) ~ no discharges 3 ~ Average Energy (Fission and activation gases)
July-Sept. E ~ 0.222; ~ 0.497 Oct"Dec.
y ~E 0.289 E y 0.217; ES
- 4. Measurements and Approximations of Total Radioactivity Provide the methods used to measure or approximate the total radioactivity in effluents and the methods used to determine radionuclide composition.
a) Fission and activation gas: On-line isotopic analysis (intrinsic germanium crystal) of an isokinetic sample steam.
b) 'odines: Isotopic analysis (at least weekly) of charcoal cartridge s manually or automatically sampled from an" isokinetic sample stream.
h c)I- Particulates: Isotopi'c analysis '(at least weekly) of particulate manually or automatically sampled from an isokinetic sample 'ilters*
stream.
d) Liquid Ef fluents: Isotopic Analysis (GeLi) o f a representative sample of each batch.
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- 5. Batch Releases Provide the following information relating to batch releases of radioactive materials in liqui'd and gaseous effluents.
a) Liquid 1 ~ Number of batch releases: 0
- 2. Total time period for batch releases: 0 hours0 days <br />0 hours <br />0 weeks <br />0 months <br /> 0 min ~
- 3. Maximum time period for a batch release: 0 hours0 days <br />0 hours <br />0 weeks <br />0 months <br /> 0 min
- 4. Average time period for a batch release: 0 hours0 days <br />0 hours <br />0 weeks <br />0 months <br /> 0 min ~
- 5. Minimum time period for a batch release: 0 hours0 days <br />0 hours <br />0 weeks <br />0 months <br /> 0 min.
- 6. Average stream flow during period of release of effluent into a flowing stream: Not Applicable b) Gaseous Not applicable
- 6. Abnormal Releases a ~ Liquids - none
- b. Gaseous - none
T l d
TABLE 1A RADIOACTIVE EFFLUENT RELEASE SEMI-ANNUAL REPORT (1983)
NINE MILE POINT NUCLEAR STATION 01 GASEOUS EFFLUENTS-SUMMATION OF ALL RELEASES 3rd 4.th ESTo TOTAL UNIT gUARTER gUARTBR ERROR X A. Fission 6 Activation ase s
- 1. Total release Ci 3.96E+01 2.19E+02 2.0E+01
- 2. Average release rate for period uCi/sec 4 .98E+00 2 '6E+01
- 3. Percent of Technical Specification limit E ~ lodines
- 1. Total iodine-131 Ci 2.69E-03 1.56E-03 2.0E+01
- 2. Average release rate for period u Ci/sec 3.38E-04 1.96E-04
- 3. Percent of Technical Specification limit CD Particulates
- 1. Particulates with half-1 ives >8 days Ci 2.05E-03 1.62E-03 2.0E+01
- 2. Average release rate for period uCi/sec 2.58E-04 2.04E-04
- 3. Percent of Technical Specification limit
- l. 1otal release Ci 2.72E+Ol 6.62E+00 2sOE+01
- 2. Average release rate for period u Ci/sec 3.42E-OO 8 '3E-01
- 3. Percent of Technical
~ ~
l Specification limit None Specified E.* Percent of Technical Specification Limits Fission and activation ases
- 1. NMP-1 elevated release 2.50E-04 1.20E-03
- 2. JAF elevated release og 6.47E-02 7.71E-01
- 3. . JAF ground-level release x 2.86E-01 2.25E-01
- 4. Total Site Release oy 3e 51EW1 9.97E-01 Halogens and articulates with half-lives reater than 8 days:
- 5. NMP-1 elevated release 7.15E-04 4.80E-04
- 6. JAF elevated release %%d 2.08E-04 2.03E-03 7 ~ JAF ground-level release o/ 8.88E-03 2.04E-02
- 8. Total Site Release %%d 9.80E-03 2.29E-02
TABLE 1B RADIOACTIVE EFFLUENT RELEASE SEMI-ANUAL REPORT (1983)
NINE MILE POINT NUCLEAR STATION gl GASEOUS EFFLUENTS-ELEVATED RELEASE CONTINUOUS MODE Unit Nuclides Released 1 ~ Fission Gases krypton-.85m Ci 2.34E-01 1.14E+01 krypton-87 Ci krypton-88 Ci xenon-133 Ci 6.71E+00 l. 33E+0 2 xenon-135 Ci 2.21E+Ol 2.90E+Ol xenon-135m Ci 3.64E+00 1.31E+01 xenon-137 Ci 6.93E+00 1.18E+Ol xenon-138 Ci 2.08E+01 Total for period Ci 3.96E+Ol 2.19E+02
- 2. Iodines iodine-131 Ci 2.69E-03 1.56E-03 iodine-133 Ci 1.87E-02 1.37E-02 iodine-135 Ci 1.49E-02 2.23E-02 Total for period Ci 3 '3E-02 3.76E-02
- 3. Particulates strontium-89 Ci 4.68E-04 2.50E-04 strontium-90 Ci 2.22E-06 2.01E-06 c es ium-134 Ci cesium-137 Ci 1 ~ 84E-04 1.80E-04 cobalt-60 Ci 1-31E-03 1.01E-03 cobalt-58 Ci manganese-54 Ci barium-lanthanum-140 Ci 8.18E-05 1.30E-04 antimony-125 Ci 4.59E-05 niobium-95 Ci cerium-141 Ci cerium-144 Ci iron-59 Ci cesium-136 Ci chromium-51 Ci
TABLE 1C RADIOACTIVE EFFLUENT RELEASE SEMI-ANNUAL REPORT (1983)
GASEOUS EFFLUENTS-GROUND LEVEL RELEASES July December There were no ground-level releases from the Nine Mile Point Nuclear Station Unit 81 during the period July-December 1983.
TABLE 2A RADIOACTIVE EFFLUENT RELEASE SEMI-ANNUAL REPORT (1983)
NINE MILE POINT NUCLEAR STATION gl LIQUID EFFLUENTS-SUMMATION OF ALL RELEASES July - December There were no liquid effluent releases from the Nine Mile Point Nuclear Station Unit 81 during'he period July-December 1983.
l i TABLE 3 RADIOACTIVE EFFLUENT RELEASE SEMI-ANNUAL REPORT (1983)
NINE MILE POINT NUCLEAR STATION gl SOLID WASTE AND IRRADIATED FUEL SHIPMENTS A. Solid Waste Ship ed Off-Site for Burial or Disposal (Not irradiated fuel)
Est.Total e of Waste Unit E~rror %
- a. Evaporator Bot tom m3 None Resin or Filter Sludge 6. 49E+0 1 Ci 1.81E+02 2.5E+01 Liquid Waste m3 None Ci
- b. Dry Compressible Waste or m3 3. 80E+0 2 Contaminated Equipment Ci 5.65E+00 2.5E+01
- c. Irradiated Components m3 9. 73E+0 0 Ci 5.37E+04 2.5E+Ol
- 2. Estimate of Ma'or Nuclide Com osition (b t e of waste) a ~ Evaporator Bottoms Resins - Filter Sludges Cobalt-60 0/ 6.35E+01 Cesium-137 / 2.50E+01 Chromium-51 X 3.20E+00 Manganese-54 X 2.30E+00 Lanthanum-140 / 2.30E+00 Cesium>>134 2 '0E+00 Cobalt-58 1,50E+00
- b. Dry Compressible Waste Cobalt-60 X 6.42E+0 1 Cesium-137 X 3.15E+01 Cesium"134 X 2 '4E+00 Manganese-54 o/ 1.66E+00 C ~ Irradiated Components (Control Blades and Poison Curtains)
Cobalt-60 0/ 8.53E+01 Tritium-3 x 1.10E+Ol Nickel-63 / 3 70E+00
3~ Solid Waste Dis o'sition Number of
~Shi ments Mode ~
Destination 35 Truck Chem-Nuclear Systems Barnwell, South Carolina Truck U.S. Ecology Hanford, Washington B. IRRADIATED FUEL SHIPMENTS (Disposition)
Number of
~Shi ments ,Mode of Transportation Destination None
-9 e e
l TABLE 4A RADIOACTIVE EFFLUENT RELEASE SEMI-ANNUAL REPORT (1983)
NINE MILE POINT NUCLEAR STATION 81 HOURS AT EACH WIND SPEED AND DIRECTION July December
-See Attached Sheets-
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SE ( 0 0 0 ( SSE 1 0:1 ( 2) 0;0 ( "0) "0.0 ( "0) 0.0 ( 0) (" -"'.-.0.'1"'(" '2)" S 0.0 ( 0) 0.0 ( 0) 0.1 ( 2) 0.1 ( 1) 0.0 ( 0) 0.0 ( 0) 0.2 ( 3) p) " "" 0) "" 0;2 '( ') " 0.0 2)" '0 0)' "') '0".0 ( "'0) '.2 ("""21)3)' I') 31 3) REM'.0 SM M 0.0 ( 0.0 ( 0),0:I (" 0) 0) (' 1) 0.0 ( 0.3 ( (
"" Oho (" "0)
I) 0;9 (
- 5) 0.6 (
"0:1"(
11)'.3
- 16) =0.1
'; ("
( ( ( 5) 0.0 0.1 I ( ( (
"'I). 0.0 ('01~1'.I"(
2)
'0) "" "0':0
- 0. 1 (
- 1) '.3 24)
';"2
(
"3) ""
"OJ)'(
1)' '1)" 5~ 35 HM HHU' 0.' I- ('""'I)- 0.1 ( 2)" =0.2 ( ~
- 3) '0;0 (-""0)1 0:0'('0)'0;0 (
(
)
0)' 0.3'(=. ( 6'I 1 L-:-:-,::. -11 -, ... " .. -. -:.=.'1 39 FOR STABILITY CLASS = C ~ ~ ,'S ) 1'h.RI
~I ,I 15 ~7 L:
NUtfBER OF tfISSIHG MIND OBSERVATIONS>' NUtfBER "OF 'CALtf "HOURS ~ ~ :q ~
, ( ~ iy AE 5 Ih 8. i'I IrPE g J ~
h ~ -, ~
~'
60 p 51 5) (6 Ah1 l'Yh V ", ~ I~ 55
I I 1 ~ I H
17 14 IA 46 I 4 F4 3 <<~ DIR SATE: WZllE HYLE LOWER"(9) v ~ w <<h h . I OSWEGO
!r
à FREQUENCY (HO'DF"OCCURRENCES)QF-MIND-DIRECTION WITHIN MIND SPEED-CATEGORY,-.
00-03 *= 04
'.7 07 '08-12 0.1 (
v'&
~" '"'IAGARA<<}$
Th
- 3)
-'TABILITYCLASS SPEED 3
~<<
'IBIEHT AIR tIOHITORIHG OHAMI 18'9 (tlPH)
~
" OATA"FOR
~
D OULY 1 23 ' 1983 YHROUG)( SEPT'30 '(983"9<<<<r
>> h
- 0) 0.0 (
~
>2 I . 0>> .
r
~TOTAL"~~
~ ::
JG 120 Y t~,~p h 74 N llHE HE
"- 0.2 0.5 0.4 (
( ( "9)3)
"-;-0:3
- 7) '=" "' 4
( 13) (-"5)- ( "
') -"'.0 7)"
.0-.8-(
"'" 0 0 '( "&0)
"1) 0)'.0 " '.0 0.0 (
(0.0-( - ( ') ';0 0) 0) 0.0 (
"-0:0"("-
( 0)"-
- 0) ' "0:0"( "')0)~0'9 0.0 (
0) 0.9 0:7 ( ( (-:.17) 17)
- 14) '"
~r,h:,.;.
8)~.0".2-( .3)-, 0:0"(---0)
- 0) -" .0.4 (
77 " 0 3 ( 5) 0.2 ( =
'.0 ( ( 0) 0.0 ( 0) "
0.0 ( " 8) "*
')
EHE ~ I E ESE .. 0. 0.0. 1 ( (
') '0:4 h
2) 0)
'.2 0.3 (
(- 6) 3)' 0.0 ("'" 0)"" ( 0) 0.0 ( 0.'0 '( '"0) 0) 0.0 ( 0:0 =( 0.'0 ( 0)
--0)"= '-'
.0-.0" 0.0 ( 0)
(~0)~0;6-(~l'1') 0)" '"0 &('4) 0.4 ( 8)
"'0'5 0.1 SE ( ( 0 0 ( 2 9)-~0;0-(-
0.3 "
- 6) 1.0 19) "- 0.6 ( 11) 0;0 0) 0.0 ( 0) 0.0 ( 0) 1.9 ( 36)
SSE S 0.0 ( ( 0) 1.0 ( ( 19) l.'3 ( 25) 0. 1 ( ( 0)- 1)
0 0.0 ( 0) 0;0-(- " 0).~0-.0 I(
0.0 ( 0) 2.4 ( 45)
~
- 0.0 0)- qrP-1:-'l."("-, 20) -
0.6 0-,5-(- . 0)-"-""0:0 .. 0) (-= (. 11) Fr SSM 0.1 ( 9) "" 0 7'( 14)'""- 0;1 ( (--'0)- '-103 (" f(0) ',6)tB<~5), SW 1) ( 1) ( 0.2 ( "-.1.7-("- 31)-- 2;6'( 48) 0.0 ( .0) 6.1 ( 114)
'.01.5 ( 0.2 3) 25)'SW
- 4) 28) ( . -
0-M WHW
" 0.3
'.3* 0:3
( ( 5)6) 0.5 1;0
'0:2 (" 4)
( 9)
-'3)'"" """0;
( 29)
~ (
9 E-.13-) 37)
" "':0 0.8 0- 2(
(
').4
- 15) 0.0 (
')"
- 0) 5.1 ( 95) 0.2 - "-0.0 0~))~3~.,66'W 0.2 3) 0.6 34 (
- 5) ""'- 0;2"(-- 4) " 0; 1= ~ .1)-"
1 (
-0.0 ( .- 0)
- 1) (
0) (
- 0) . >>-. 0:-5 (- 11)
(
)0) >>-~7~~
( 0 0 ( 0 0 (
=
HHM D
>>h <<<<
13 TOTAL 3. 1-(-57) 9-.1-.(-169)
'D D << - . 0 9-.8-(-.IVR)~-.3-f kw <<4. 4 DI<<w>> gr .01)~-.f)-f 821~-.0-.~),,. 36-.~019. D ~
FOR STABILITY CLASS -'D 40 ~I HU!18ER OF POSSZBLE-HOURLY-OBSERVATZOHS! ,504A
* ! '>>D' ~" 4 4 h Q >>4 r Ar&>>>>>> I ~A446<<l 3D>> LJVAf3
- 3 . '---="
& ~ ~
47 43 HUIIBER OF tIISSIHG MIND 'OBSERVATIONSY-->>" 'r <<4 41 DA 1~ HUIIBER OF CALtl HOURS<~, ~ 47 I
<<>> <<>>>>D r
<<>> f r, 'r& ~ c t<< (P P<<>>>>
4! rh 'e
- h
~ << - 4 h'>>af<<<<D>>" ah
- Lh . ~ r<<&,
<<t
-r &D lj<<>> & <<c ~ <<4 3>> <<>> 8>> ~ r>>>>r<<r<<Ore 'w<<
31 17 rr
' I << <<
~ ,,
8 , " ~ r . .D, ~
>> fhrr <<>> - ' -" ~ D r ~ 3 h'g D>>f
~ '&
~ . -
~ ~
*>> ~ ~
* ~ h h' & 4.>>'Arr ~ <<,-<<>>~Y~'r>> ~ <<r AL $ >>4;4W'~LAX 'f ce
lb Il'. I ~ r 7,,1 OSWEGO NIAGARA MOHSK AMBIENT AIR MONITORING 0 SITE-'IHE MILE LpllER (9)" DATA FOR iJULY' 1983 THROUGl) SEPT-30 )983' i JG 120 STABILITY CLASS E I~ 13 DIR 00-03:" "00-07 08-,12 - """19-23 SPEED (MPH) 13-18 * >20 . ", TOT)ltr
- 4) 1
' 44 44 ~
12 5' H 0.3 (
"0.6 (
- 5) '
12)" , 1.3 ( 0 .5 ( 0)
- 25) 0;1-(,.
1
.0 ( 0)
"0.2't') """ 0:0 (- '0) 1)
. 1 0;0"(
( 1 0)
)
- ~0;0-(0.0 (
0)
,"0)~0".0-(
'" 0)-'-'0:0 0.0 (
- 0) .
0)~220-(~)38),, 0.9 (' 6)
'.4 HHE'E
"'0.7 ( 1:3 "24) '
"13)
'.0 EHE 0.4 (
1.0 ( 8) 0.7 ( '" 14) '.7 19)'. -"'- 1.2"( " 22) ""-
.0 0. 1 ( - 1) - ""0;0
('" 0) ( 0) 0)
'.0 010 0.0
( ( 0) 0) 0.0 ( ( 0) 0) 0)
"=.,12.2 (
( ( '7) 42)- E
-" 0."4 '( 8)-"- -1:2-(( 22)13)
."0:3"(- .5)
(
"".,0;0"('--0).. '"
( (--.0)~ 0 0 (
--0:0
~
(~0)~1':9 ESE 6)1.2 t'3)' '0:0 ("l 0)" 0.0" ('"') "'0.'0 ('0)"" "';2 ('42)" "(~35)...,74
'.3
' 3 0.3 ( 0."7'( 13) 0:0 SE 0.4 ( 8) "-'. 2.3 '( 43) "- -"
1.0 ( *=I18) ' 0. 1 ( . 0.0 ( 0) 0.0 ( 0) 3.7 ( 70)
"0'0'("
SSE 1) S Sll MSW 0.4 0:1 0 1 0.2 ( 8)
-1)-.
2)" 3)
-1'."5
>>"0"'9 ((
""0.*9 ('""17) 3.3 (
62) 28);...-0-.6
')
"16) 1.6 ( 29) 4 ,- 12) ,"0:0-(T
"-1;9 '( '6)
'.4 1 0 ( 19)'"1"(
')'.5 '
0.0 ( 0.5 ( 0)
'2) 9)
0.0 ( 0)- ". 0:0-.( 0.3 ( 0) 0),,
'0)
- 6) '
0.0 ( 0 0 0.0 ( t') 0) 0-.0-( ,0)~(.,242-(.,41)
- 0) '--
( 99) 2 '1 t" '39)- 3.8 ( 71) '-'"" ~"-." -, ..;>-,
.9
'.0 (')
0.2 ( 0.0 (
"E"'SM'-'
"0" 1-( ".3)~v) 0.3 t 4) 0) 1.5 ( 28) 13 M
08)( P. 1 0."1 1)
'" 2) '" 05 ( ) " .0'.8
(
-0"0"t'0)
(.,8')~.~(, ( 10)
" ( .: t~~-.0,07..0)~~>>.t~+)
'*" '0'0 2"t" "4) 31 31 NM HHW
=
O.O 1 1) 0I1 ( ( -O) ----O.1 (--.--1) ----O:O ( 2) 0)))44400.( I 1)
- 0) ';00 0 (
( 0)
- 0) (' 0) """'"0."1 (
0
'):
4 I rrr>>4)2') I FOR STABILITY CLASS
~I HUMBER OF"POSSIBBE HOURLY'BSERVATION~0 >)i<<ae; '
MISSING'WIND OBSERVATIOHSt-."- --7-~-'"-- ---.".-* 22 21 NUMBER OF
~1')A, I
>>'4>>)I &~~4
~
NUMBER'F CALM HOURS
~ ~ 43
- 4) N..
44 ., ~ 4 'I ))44 I r)4 )( 4tr ." '>e:t )3 08
~1 A4WV+ .*
~ I WWI ." >> *4AM% 'I@ SIS
}I
$7
}3!,'
}0 4>>l P<<))TII - >> 74 18 I . = I (L...'I - ~ 1< z.+ ~ (*.r >II - ) .))2"1)>>44).l~r."+)) I>>..(-'r' l>>w '.".caik4.IIa
* ~
I h H' SZTEI NINE NILE LOWER 19)"
~ <<
~1
~
OSWEGO HIAGARA'OtlAMt'4 '
~
AtfBIEtlT AIR tlOHITORIHG DATA fOR IIULY
<<8 4 k.
I 1983"THROUGII SEPT 30"'1983 4 a~ << ~ 4 Nkk ~244 ~44 4 JG 120 IO
'STABILITY'LASS'='"F"'" ' " "" '
- 4 I(
13 FREQUENCY'HO.- OF. OCCURRENCES) OF-"MIHD"-DIRECTIOH"WITHIN"MIHDSPEEMATEGOR 15 I~ DIR" ' 00=07, .': SPEED (tlPH) '
'3-'18 '19-23,. >2O~TOTAL,
'.0 ') ,;
00-03 ' 08 '12
')-') ---'.'o If ~ .
I'9 I IA '<<4 HHE tlE 0.0 ( F 2 ( o'.o ( ('" 0) l) o)
=0
- 0. 1 o'.o (
( 0;0'( ,"0)" "0 "0'0 (( 0) ( 0"( -".: 0) o) "-"
=00.0 0.0 (
0.0 (' o.'o (
')
0) 0) o) . 0.0 (
'0.0"(
o.o (
=0) 0)
o)-" '- 0.0 (
. '0.0"( ,: 0)'
o.o (-" ') " 0)
'0) " '0'3 (= 6)
- 0. 1 (
0,2'(,. 090 1)
-('-')-""""~.~'"'~
4)
~ I EllE" E
0 3 0.5 ( 6) 9) 0 ( 0.3 ( , 0)
- 5) '.0 ( 0) 0 (
( 0) '.00 0 ( (
- 0) ="
- 0) 0.0 (
0 (
- 0) 0.7 ( 14)
ESE SE SSE ' 0.5 ( 9)
' 0;4 ( """7) 9)" " 1':4 '(" 26)
"" "'0.0 "(0)" " '"0:0
"'0:2 (" "3) '" (
0 0 ( '
" ') "
0) 0.0
" 0.0 ((
'" 0) " '0:0"("
- 0) " 0.'0" ( " ')
'0)'"':9"'('"16)'.5 2.0 ( "38)k 0.6 (
( 38)'".4
'" SSM WSM
'M
" 0.1 (
0.0 ( 12) 1) 0) 2.0 ( 0.2 (" 3)
- 0. 1"(" 2)
'0.0
( (')<<t 0; "( '" '2)=-
- 7) 0.0 (
0.0 ( " 0) 0.04('0) 0)
' 0:0 0.0 (
0.0 ( ( ')"
')
0) 0.0 ( 0:0"( 0'0 '( '0)
')C
,'Z
- 0) 3.1 ( 57) 0:2"( '4)"'"
0'.2 ( 4)
= (')
0.0 ( 0) 0. 2) 0. ( 0. 1 ( 0.0 ( 0) 0.0 ( 0) 0.2 (
')1)'0.0 M 1 ( 1) 1) 4)
WNM HM 0. 1 ( 0".D ( 0) 0.0"( 0) - '0':0 ( 0) 0:0 ( 07 0: 1'( I) HtlM- 0.0 ( 0;0=( .-0)= 0:0-(~0) <<I 0."0"('-0) 0.0 '( 0) . 0.0"(= "0)" . 0.0 ( 0) , .--,.yH-kf: FOR STABILITYkCLASS<< F"
~I ~
- HutlBER-or-poSSIBLE-,HUURLY.-.OBSERVATIoHs~9 ,, ,:,.. -..,- ,
~
17 HUtlBER OF ttISSIHG WIHD OBSERVATIOHS< 2 'I
~
~1 11 NUIIBER Of "OIILII HOURS '.44~ m~<<4WW '41>~~~4 '. ' '~ 5~
" =4" ~
MA t<<k<<4<<'<<~~4M<<<<<<2a 52' 'rak
~
17 4 l A~k 4
'. <<1 47 5'I
<<44 4 4<<4AJI 4 414 ~$ ~ 44~444<<4 ~ kk AW A<<4 << JA4 4<<khan kk<< 4-4144<<87 4
h 'I Hcj;- 4<<4.. <<4 ~ k<<4"40M..
"k
~ I
- 4.
57
~ ..... -:=" 4' '.' '"; '"'<<:%'4 - " " 'I 4 <<
4 Ik ~
- 41 4 4 ~ 4<<
41 i ~ ~ ~ 4 I ~
~ v ~ '
e *<<A<<i NIAGARA )IP, HOHS~ I~9(f 9
-l. ~- e << ~ e -Am TA ..., '
OSWEGO AtmIEXT AIR llONITORIHG sITE: NINE HILE LowER (9) DATA'OR iJULY 1 1983 THROUGll'SEPT 30" 983 ja 8 JG 120 r " 'TllBILTTT CLBSS - ~, >rh. I FC
~
9 e -<<e ~
~
- ~
0
~'.0 8 FREQUENCY--(HO . OF"OCCURRENCES)~OF-MIND".DIRECTION-WITHIN-MIND-SPEED-CATEGORY. ~ >>
I~ I'2
". ' 08-12 SPEED (tPH) 29 ->2>) ...,
')
DZR 00-02 09-07 . 18-18 -TCTlirp-Vfv
- 0) "
~ f H NNE . 0.0 0.0
( (.".* 0)
- 0) "p-0.0 (
0:0" ( 0)~0-0-.(~0)
')"-"
0.0 ( " 0) O.'O (-'-O) -'-'O'.O'--O) 0.0 ( 0)
,- 0.0 (
0'0-(ie 0) '=-- 0;0"( .-0)~0".0-(~v-0) 0) ( 0)
~~0-.0-('~0)T~
O'.O (--'0)"~-0 0 t"-'">>0)'- '"-'-"~ "-." 0.0 (
)
NE O.O ( O)--'reO'.O ( 1)-"- -
" 0.0 ( "')- '.0 - '( 0) ""- 0.0 ( 0)
O.'O (e".O) 0.0 ( 0) 0.0 ( 0) - " 0; 1-( '" "1) " "" .-,"-"-."-. EHE ( 1 =.>>- ,0
- 1) " 0.0 ( - 0) 0.0 ( >0.7 ( 1tl)
')
E 0.7 ( 13) = 0.1 ( " 0.0 ( "
- 0) 0.0 ( 0) 0)
ESE - '-1.9 (" 36). 'l-.6-( 30)'~0:0
'8) ""'" 0 0 '((~0)~ 0:0-(~0)~0'0-'( "'0.0 0)~ 0 0-(-~>,,' 0)~,,3;5-( 0)"'"'" 2 7"( .,66) 1.2 ( 22) ""'1.5 ( ("'0)' ( " 0)ee ( - 0)'-='0.0'(
SE S 0.9 ( 16)
- 0. 1 (
SSW ." ..0>>1 (."-1) 2)"
-=o 1.0 ( 26)
Oeo-(~-0)-,.0 0 -(-'-1)-" 2.3 (. "Q3) ".-'" 0.0 ( " 0) " 0.0 ( 1 ( 2) (,L>0)
'.0
.'-o 0:0
( 0) 0) Oeo (. O)=~ OlD '( 0.0 ( 0.0 ( (-- 0) 0)
- 0) ..:I 060"(;:.
0.0 ( 0.0 ( 0)
- 3.2 ( 59) 1.6 ( 30) 0)~>>eL~p 0 1'(. l- 1;irii~eT
'"0-f-(:--1)
'"50)'-'SE
~~-
'.0 o-(-"-o) ~ ~
o)-"-
- o). " Oh - --eo.;o 0-(-"--
Vl sw WSW o o ( 0.0 (
- 0. 1-(
HIIH-" 0: \ ( -\ o) 0)
- 1) '.0 0.0 (
o ( (
- 0) -
0) 0.0 ( ( 0)
- 0) '.00~.,~)
O.D ( . 0) ( 0) 0.0 ( 0.0 ( 0) 0) o 0 0 (
~
~>0-~)~0%~(9 0.0 (
o) 0) 0)
.0.0 ( 0)
- 0. 1 ( 1)
>>...G~(~)~-.0-(
W
) 0- 0-f .0.) -'- 0:0.<~) 0-.0-( .0)
-'-') ----O;O (--'-O) ."--" O;O .( - O)-"'"-"'-O (-'e-'O)-'-O-'t l. .....
O) -=- O-O ( O) --' O .O-t
=
Nu O O ( (e- 0) -"P I--"-~~m
'-O)='~"-'HW 0.0 ( 0) 0;0 0) -=-."- 0.0 ( 0) -" 0;0'( 0) - 0.0 ( = 0) 0 0 ( ""0) -. '-0 0 ( -
>e~S~
TOTLI>- -5:0-( 98) .. 6-.9- -(. (88)- ~W-..
-*e -
~) '
(>>l~>0>+<<.
'dZ v << w>v<<<<<<<< f 09.,,, ~ <<e (8>0>f,
<<<<evve~><< '~k 229),,
~ 'p
~ ~ e el *
~
99 FOR'TABILITY CLASS=-= G ~ = e =.> e . et " r e <<<<<<p l ~ e <<( I I
~ ~ I NUMBER-OF"POSSIBLEr HOUtujY-OBSERVATIONS~83 ......, .I . 9;, ....- .(.q-H.,"T,S,C-L>>.-~.e - . '~ 9~.~.- ~ .~LF' I <<11- . >>I OF HISSIHG WIHD-OBSERVATIOHS2- ~ 'UHBER e -~
0~
~>
HUllBRR-OF"Cl(LM HOURS';
<<e' A
r '" -<< ~ 'e "p 1>> " <<-, (e>97&~<<>>>>
~e ~
91 p I e' i << ~
~ e
~
ee
'ee<<<<<<" ~
~ = ~ e 51 e
* . ' ~ <<, . w ~ e>> . V <<Le ><< ~'<<" ~ ,' ee,, = r ",e,a > '~ ee ... K" .' e,S e e. S ~ iC'aa?CA 5( * '
ee 59 e r P
<<ee ~ er<<A
'i ~
I 5 'P
tr - I' ~ a
~
i 4 t ak 4 HIAGARA HOHAWK- ~ e t AALQar t ~ ', ~ I 1 OSWEGO MlBIEHT AIR HOHITORIHG 8 ~6)t 5 (9) -" " '"' 1983 THROUGH SEPT 30-'1983 t+ ] 8 SXTE: NXHE NILE LO((ER rW DIITR FOR JULY 1 4 t 4>> ' ta pwar ra~~ OG 120< STABILITY CLASS ALL 6 a 4" a IO a I FREQUEHCY-(HO . OF-OCCURREHCES)-OF-MIHD"DIRECTIOH-MITHIH"MIHD-SPEED-CATEGORY
~ ~ N ~m~hW I~ t r ~ /
SPEED (HPH)
'.2
~.t (
12 Ia
'HE " 2.0-(-"-38) 2.7 H 1.1 ( 20) 3,2 (
( 51) 60)-" ,, 0;3-( -5)
""'.2
( ('- .
- 3) 0.1 0;0'(
(
') 0) '.0
'.0
.0-'(
(
- 0) . 0.0 (
- 0) .
0) 0-.0=(; 0) .-, 5:5-(
'4.0h 0)'"" 2:5 (-, 103)
( 75) 47)"
'0.0 ( "0) ( -0) 21
'.0 0.'0 (
1.0 ( 19) 1.3 3) ( 25)
'2)
- 1.7 ('- 31)- - ""1.6 ( -29)
HE
"." 0.'-.( ~ 2)- "- 0.0 (
'.5 ('5) "')
- 0) 0.0 0) 0.0 3:3
- 0) (
EHE ( ( - 1 E ESE 2.1 ( 39) 1.3 (25)
'33:93 (( 62) """ 0:0-(
')3)
'.7 0:0 (" 0) 8)" . 0-.0 ( 0)
- 13) -
( 0)0'(-"" 0)'
- 0) 0.0 ( .0) 0.0 ( 0) 0.0"(- 0) - ' , 0:0-( -.0), ,. 7-.8-(-)06) 0 ("" '0)- 'I 3.4 ( 64)
( 113)"" '" SE 2 0 ( 38) 0 7 ( 0 0 ( 1
-.- 1.8 (- 34) -" " 0) *t 0.0 ( 0)t ""11.2 ( 209)
'2.7 76 r7;2 ( 135) -".
" 2. 1 ( 39) "
- 0. 1 ( 0.0 (
SSE
'9) 1)
( 238)'
" S
-"" --SSW -""0.4. (-" -7) -- 7.8 1.2 ( 22) ( 145) 2.5- ( 46)".-'"---"1-3"(.24)-
( 0. 1 ( 2) 0.0 ( 0) 0.0 ( 0-0--~)~4-1-~V)0) t~
' 0-0-( 0) 0-( 0)
- 39) = "--0-2. -"- 3)-'-0.0 ( -0)- "- 0.0-( -0)- 420"t-74). ~"3 31 Su WSW 0 2 (
0.4 ( 0.4 ( NHII 0.7 (- 13) W 4) 8) 1.5 (- 28)
- 7) '"""'3.0 ( '6)-
'1.7 '(( 31)
(). 1
':2 76)~~()~0~)T(-(~
2 1-(
;"5".8 ("'109)
( 60)
. 2.2 3.1 42) 58)
I) 0.7 ( 14)
'OT.S(~ ~~M1.2 ( 23)
'.0" 0.0 (
0.1 (
~(9~~,,-.
- 0) ""*12.2 ( 228)
- 1) 9.'7 ( 181)
-,8-8. ~6))9,.
-" (:8) 2:0'"( '38) ,
'::.,:t:,,;,,M '1:0'(""l9)' 0 Pt" .'3.)
Hll 0.5 ( 10) 0.3 " -0;0 0)" t 0) t~ 33 HHW 1.0 (-'18)~~1;4 (- 26)", . ( 0.2"( ,-4)~* 0:0. (" - 0) "- 0.0 ( 0)-;-"0 ( " '0) .- 2.6-(ar 48);."V";-."~~.:w7) .. hS t * *" t-,...: ...-w,.:, trt
'IF :
FOR STABILITY CLASS -"ALL-
~ ')
) -SUNDER-OP-POSSIBLE-)IOURL~BSERV81'IOHSt, (898...*
~ I HUHBER OF lGSSIHG MIND OBSERVATIOHS<== 31t '
~4
~$ llBER OF CALll HOURS al
~ a - ~~/&a)~ ~ Lr 4, ~4 6, ad1 ~ ~ ar 1aa at r
59 54
~-
4 i 4 r~r 4(raar 4 4'tter" aa ~ tl ~h Ih
~ aaa hp
~ t ~ aa aLA. ',.k 4 ~:LAara t ~ ~ LJ ~ 4 -* p . r r
~
9
' 'r pa ~w~~ Ip 44
~ ~
l l OSWEGO
"" HZI(GRRR't(CHARE AtSIEHT AIR MONITORING
""'Qh~ ! /
SITE: NIHE MILE LOWER (9)" DATA FOR JULY 1 1983 THROUG)f "SEPT 30"'1983 JG 120<
à FREQUENCY (HO. OF'OCCURRENCES) OF MIND DIRECTION WITHIN MIND SPEED CATEGORY' DIR 00-03 04-07 "" """ " 08-12'"'"' SPEEOHHPH) 13-18"" '-"19-23
" '" >24'" - !
TOTAL
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w re 15 HIHE MILE"LOWER MIND SPEED-LOUR-, -. "30FT-CUP
~ 30FT'CUP IB WIND DIRECTION LOMER lf TEMPERATURE DIFFEREHCE = .(200-27FT)
STABILITY CLASS: 'ASQUILL STABILITY'CATEGORIES 'DEGC/100M' *"" " "'" ""- ""' ""'" '" ' "' '
~... ~V V~
77 tV
'i
~ ~
A 'XTREMELY UHSTABLE LT -1T9 B"- UODERATELV-UMSTRBL 1.-B-TO ..1-.V'. . a. C -'LIGHTLY UHSTABLE '6'TO a~1'5"
-'-P-- '- -0.5
'1 D
- NEUTRAL . -
-1.9 TO E SLIGHTLY STABLE "
O.ll TO 1.5
,,[. " ' BODERIVIELT STAB.LE
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~ (A-G) " ALL I
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a
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(
= <<4 ALL MIND
~ pt Er @ST E W <<a yea
" H/A WA L
- W ~ t ~ '44' kL t
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WIND CLASS> SIX WIHD SPEED CATEGORIESI-e(SEE TABLE HEADINGS) MPH
'. .,-,. ~~
77 SXXTEEH MIHD DIRECTXOH- CATEQQRXE~SACR2T&~DEG-. t "~ - - . - 1'. - w - ad ~, j Bl et\. AB tt 4 t- 4 f V 'V e ~ t ~a a'TR er I *TV~ Ta r TNE DATA CAPTURE STATISTICS ARE GIVEN FOR EACH OF THE HIHE E CAT" G.O.RIES LISTED-ABOVE. CALll MINDS ARE 'LISTED-IH-aJ'aa 0-3 MIHD'SPEED CATEGORY.""
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"STtABIXITY ASS cc-
~* ~(t ~, ~ ~~tt .wl
à FREQUENCY ('HO. OF OCCURRENCES) OF MIND"DIRECTIOH"WITHIN-WIHDSPEED CATEGOR I~
V V 15 IF (:
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""'SPEED (MPH)
;-13,18 .19 23 ... >24 ~,-TOTAll 18 "f
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1.0 (")8)( 0.4 ( 7) '.1 ( 1)
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C 07
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HIIIGAR)l MOllllllE ,jP OSWEGO AHBIENT AIR NONITORIHG SITE'IHE'l(ZIE UPPER (9) '" 'DATA FOR-'JULY )"1983 'ZHR(lUGH'SEPZ 30"19!13 I " JG120< ' "'* 0 " STABILITY OLIISS = ~ >>, >>>> . )d, PI v>>"'>>J I->>P v ~ 8,>>P) k>>$ J
)O B
11 1.3 l 1 ~
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).
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=
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..~ a FOR STABILITY CLASS HUtBER-OF POSSIBLE HOURL~BSERVATIOHS~
82
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" r 'r
'ST!El HIRE HZAE'UPPER (9)= -'DATA" "OSMEGO AllBIEHT AIR HOHITORIHG POR UIIIY I (995 THROUGH SEPT r
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= 00=(~"
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19 OSWEGO AHBIEHT AIR HOHITORIHG 0 SLTEl llIHE HYLE UPPER"'(9l OATA FOR OULY "1 "1983 THROUGH SEPT"50"f983 J ' F JG120< Px-STABILITY CLASS =' N I0 II 12 13F "it"FREQUEHC~NOC, OF"-OCCURRENCES'"hMIH~RECTIOH WITHIN.MIND SPEED~CATEGOR . Ia DIR '00 03 -' "'..0}) 07. ::.: 08-:12 -.'.: .13 (HPH) SPEED 18 =.": '19 23 ..::.: >20 '.}~TOTAL .': '- 'Pa.,h~
')5)~2.7
~ . '. .
IF IF H 0.1 ( 1) 0.3 ( 6) '" "'"'.3 ( 5) 0.4 ( 7) 0.3 ( 2) ,0.3-(,.o,
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':0 Ql ~ r HHE 0.2' ""= A 0 1)~~14 ( "81).. Az,, ~..
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..:0.5 0.1 (
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' "'DATA 2 K.
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- = 200FT AEROVAHE'""
DIFFEREHCE . (200-27FT)= 'EtlPERATURE
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" C '- SLIGHTLY 'UHSTABLE =1.6'TO "-1.5
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THE DATA CAPTURE STATISTICS ARE GIVEH FOR EACH OF THE NINE E
'ALtl'INDS'ARE-L<<ISTED IH THE"0~3"MIND'PEED CATEGORY.
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- 23) 2;9 '( 62) " 4'.4 ( 92) = 1.5 ( 32) 0.3't 7) 10.5 ("220)
'5.3 ( 111) "-' 0.2 ( 2.0 ( 42) 1."9 ( 39) ~" 0.4 ( 8) 0.0 ( 0) '4) '8) SSE . 0.0 ( 0) 0.7 ( 1.8 t 2.8 ( 58) 0. 1 ( 3) 0.0 ( 0) 5.4 ( 113) SSQ . 0.1'( ~ 3)."~ 0".V (-. '12)" N - Xa'.-8-'(">7) 3~~j49~~~~6,(=L87) ' "'-.5' 5 ~g; 0.;,.:..631)"" '.0 .e"(-.40)--' ~~; -'.6-(-. 839)" ~ 0':2 ( -5)' ~ 6 6 ~u- '.4 I'iI -.'6-( WSW" 0.2 I " WI 6 ( -'0:5-(- 111:"0:6"I "131-. 0.7 I-IBI 0.8 I '.3 t 70) ..'.3 161; -5.3 I 1111" 8.0 I "1691", -'.:O~L-,.g ', .~- W ( 1) ( 8) "' 0.3 ( 7) 1.6 ( 33) 1.7 ( 35) ( 154) """" 'HWHll '0 ~ O'" I "-0) 1I '0 2 .0 6 'I .:.132 ~ 0, 0 7"'1.,:. IUI I '91 0 8'= 131 D 9 I "9 I'391 '0 5 I 'lll " 'I'.5-0 8 I'171 j.;;, FPt 311 3'2" I":681' I 3 32 I:,:.=:..'.".', '.,--- -'.: ALI-- r:= .': ::--.=:: -*. --*..,:.:: >>5 IOR S'TA'BZLZZY CLIISS -: AO . Ij'. NUBBER CF POSSZBKZIOIIKPl)BS~VATZCJI+'2 r Q>l~>>%, DA F I,W' AT NUIIBER OF NZSSZHG WZHD OBSERVATZONS<.. - 35 ~ I .2 66 p NU1$ ER"0%$ Xlf HOURS' ~F--9~~I~>>- ~~~>>" ~~, =:~~8:. ","-,~~-. -.-"..,~~.<<~7 ~ -.~~. >>~~9 << . ~ GF E18
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