ML20238A434
| ML20238A434 | |
| Person / Time | |
|---|---|
| Site: | Pilgrim |
| Issue date: | 06/30/1977 |
| From: | BOSTON EDISON CO. |
| To: | |
| References | |
| NUDOCS 8708310076 | |
| Download: ML20238A434 (71) | |
Text
.
__~
- j. .
{ETS MASTER FIL8:
(PP-179)
PILGRIM NUCLEAR GENERATING STATION Radioactive Effluent and Waste Disposal Report including Radiological Impact on Humans JANUARY 1 THROUGH JUNE 30,1977 BY: NUCLEAR ENGINEERING DEPT. '
ENVIRONMENTAL SCIENCES GROUP DATE SE PT.1,1977 BOSTON EDISON COMPANY 8708310076 770630 DR ADOCK OSO 3
PILGRIM N!! CLEAR GENERATING STATION RADI0 ACTIVE EFFLUENT AND WASTE DISPOSAL REPORT INCLUDING RADIOLOGICAL IMPACT ON HUMANS JANUARY 1 THROUGH JUNE 30, 1977 m na . - . . .-.--.. . . .
- 1. INTRODUCTION AND
SUMMARY
This report is issued for the period January-June 1977 in accordance with NRC Regulatory Guide 1.21 " Measuring, Evaluating and Reporting Radioactivity in Solid Wastes and Releases of Radioactive Materials in Liquid and Caseous Effluents from Light-Water Cooled Nuclear Power Plants" (Rev. 1). The information supplied includes actual effluent releases, radioactive waste and meteorological data; doses from liquid releases, doses from gaseous releases and direct gamma radiation doses.
The calculated I
doses are below the limits specified in 10 CFR 50, Appendix I .
- 2. EFFLUENT, WASTE DISPOSAL AND WIND DATA Radioactive liquid and gaseous releases, wind speed data together with measurement errors and solid waste disposal information are given in Tables lA, IB, IC, 2A, 2B, 3, 4A-1, 4A-2 and supplemental information -
section in the standard Regulatory Guide 1.21 format.
1
1 EFFt.UENT AND WASTE DISPOSAL SEMIANNUAL REPORT Supplernental Inforrnation l January through June, 1977 Facility Pilgrim Nuclear Power Stationue,nse, Boston Edison Company
- 1. Regubtory Urnits 98 + ~U
- s. Fission and activation gases: 0.25/E 0,10/E d 1
- b. lodines:
- c. Particulate. hair lives >8 days:
13(Qs x 1,8E4 + Qv x 1,8E5)61
- d. Uquid enluents: 13(Qs x 1.8E4 + Qv x 1,8E5)61 10 C1/ quarter
- 2. hbximum Permissible Concentrations Provide the h1PCs used in determining allowable release rates or concentrations,
- s. Fission and activation gases: a
.' I t$tates. hair.hves >x days:w =10CFR 20 Aggendix ,B, Table II
- d. Liquid er:1uents-H = 1 x 10 ;.all rest,,10CFR20, Appendix B, Table II s
- 3. Average Energy Provide the average energy (E) of the radionuctide mixture in releases of fission and activarion gases,if upplicable. N=1
- 4. htcasurements and Approximations of Total Radioactivity Prov.de the methods used to measure or uppnnimate the total radioactivity in enluents and the methods used to deteimine radionuclides wmposition,
- s. Fission and activation gases %
- b. todines:
- c. Particulaies:
- d. Uquid crnuents:
heli Isetopic Analysis J
- 5. Batch Rekases Piovide fle following*information relating to batch releases of radioactive materials in liquid and gaseous eriluents,
- s. Liquid 1.
2.
Number of batch retca>cs:
Toial time period tiir hatch releases:
52 , O.6Cb3 P"
- 3. kinimurn time period for a batch release:
72.5 hrs. '
4 Average time peiiod for batch releases:
7.2 hrs.
- 5. hiinimum time period for a batch release: 1.4 hrs. '
- 6. Average stream flow during periods of release of ekIThndb nowing stream:
3.1 E+5 GPM
- b. Caseous (Not Applicable)
- l. Nurnber of batch releases:
- 2. Total time peiiod for baleh releases:
- 3. Alnimum time period for a hatch release:
l 4 Average time teriod for hatch releases:
i
$. khnimum time pern>J for a hatch release:
- 6. Abnormal Rek ases
- s. tJquid None l I. Number ofieteases:
- 2. 1otal actiniy rdessed:
- b. Ca cous None
- 1. Number of releases: ,
- 2. 1otal netisity released:
2 _
1
TABLE 1A EFFLUENT AND WASTE DISPOSAL SEMIANNUAL) REPORT (
January through June 1977 GASEOUS EFFLUENTS-SUMMATIDN OF ALL RELEASES Unit Quarter Quarttr Est. Total 1 2 Error, %
A. Fission & activation gases
- 1. Total release Ci 1 57F+5 1.82 45 3 .00 E+1
- 2. Average release rate for period pCi/sec
- 3. Percent of Technical specification limit 2 02 F+4 2 31 44, 8 37 40 9 52 4d II. todines
- 1. Totat iodine 131 Ci
_1 Average release rate for period pC1/sec 1 3 3 E.-1 2 03 F.1 5 00 Etl
- 3. Percent of techn; cal specification limit 1 71F 2 2 58 E-2 l % 2 41F+0 3 47140 C. Partleulates
- 1. Particulate with halflives >8 days Ci
- 2. Average release rate for penod 8.35E-2 7. 78 E-2 4.66 eH pCi/sec 1.07E-2 9.90 6-3
- 3. Percent of teclimcal specification hmit %
- 4. Gross alpha : radioactivity 1 25E+C 5 93E 1 Ci 2 66E E 6 05E ?
D. Tritium
- 1. Toral release
^
Ci 2.54S&1 2.12T+1 6.42 B1
__2. Average rclease rate for period pCi/sec
- 3. Percent ol' technical specitteation hmit 3 27F+0 2 70F+0 N/A E N/A E i
4
TABLE 1B
. -. -- . - ~ . . - . . . . . - - - -
EFFLUENT AND WASTE DISPOSAL SEMIANNUAL REPORT .
January through June, 1977 GASEOUS EFFLUENTS-ELEVATED RELEASE -
CONTINUOUS MODE BATCH MODE
, Nuclides Released Unit Quarter Quarter Quarter Quarter
- l. Fission gases krypton.85 Ci 3.58E43 4.88C+3 . E . E krypton.85m Ci 1 83f44 1.87144 . E . E krypton.M7 Ci 1 17 f44 9 68 E43 E E krypton.83 Ci 3 60f44 3 12I44 E . E xenon.133 Ci s .1g E&4 6.17 Ep4 E . E xen6n.135 Cl 1 49f44 3.25143 . E E xenon.135'm Ci 1 77 Epp 7. s7 Ep2 E . E xenon.133 Ci 7. n1 Ep1 7.10 Ep1 . E . E Others (specify) Ci E . E' E E renon-133M Ci 9 35I42 9.96142 'E E Ci . E E E E unidentified Ci 9 69 Ef-3 4 49344 E E Total for period Ci 1 53 E f-5 1 78 F+5 . E . E
. . E iodine.133 Ci 1 08 El 2 56IL1 E
. . ~E iodine.135 Ci ? . 3 7 E.1 2 84 F_1 . E E Total for period Ci 4.03 El 6.36 G1 . E . E
- 3. Iirticulates strontium.89 Ci 9 06 E-3 3 00 E-2 E E
strontium.90 Ci 9 72fis 1 n2IL4 E . E cesium-134 Ci 8 15 E-6 1 01 E-5 . E . E cesium 137 Ci 1.06 L3 6.10 64 E . E barium. lanthanum.140 Ci 3 57 E-2 3 3 2 E-2 E E Others (specoy) Ci . E E E
. E manganese - 54 Ci 2.59ik5 9.04 b-6 E
. . E cobalt - 60 Ci 1 63IL4 1 70 E-4 . E . E unidEiitied Ci E E E
. . , E cerium - 141 3.00E-5 2,15 E-5 cerium - 144 5,09E-4 1,65 E-4 zirconium-N10BIIH-95 1,07E-6 N.D.A.
't a
l
TABt.E 1C EFFLUENT AND WASTE DISPOSAL SEMIANNUAL REPORT s January through June, 1977 GASEOUS EFFLUENTS-GROUND-LEVEL RELEASES.
CONrlNUOUS MODE DATCH MODE Nuclidet Helaawd Unit Q uarter Quarter Quarter Quarter
- 1. Fission gases krypinn.85 Cl E- E E_ E Liyet on.85 m Ci 4, 73 & O NDA E E E
k rypt on.87 Ci 3.29E+1 NDA E E-E krypIES8 Ci 1.10E+1 NDA E E
xenon 133 Ci E_ t 1.09E+3 1.79 &2 E . E xenon.135 Ci 2.13E+2 5.19 &2 '
. E . E xenon.135m Ci 1 29E+3 2.95E+3 E . E '
xenon.138 Ci 1.22E+"1 NDA E . E E Others (specify) Ci E E
. E . E Ci E E E
. . E Ci E E E E
unidentiGed Ci E E E , E Total for period Ci 386 E+3 3.65E+3 E .
El
- 2. lodines -
iodinc.131 Ci ! 7.44 E-5 1.07E-1 . E' . E iodinc.133 Ci 2 64 E-1 2 18E-1 E . E iodinc.135 Ci s .41 E-1 5 52E 1 E E]
Total for period Ci 8.79 E-1 8. 77E-1: E
. . E
- 3. Particulate st ron tium.S9 Ci 386 E-3 5 46 F_3 . E . E st rontium.90 Ci 1. 64 E-5 1. 52 E-5 . E . E cesium.134 Ci 3. 86 E-4 5. 46 b-4 . E . E cesium 137 Ci 1 08 E-3 9.01164 . E . E ,
ba rium.la nt ha num.140 Ci 2 94 E-2 5 60 L-3 E . E Ot hers (specify) Ci E
~ . . E . E . E manganese - 54 C 4. 96 E-4 1. 42 E-4 E E i
_ snbalt - 60 Ci 6 63 E-.4 6. 86 b-4 E
. E unidentiGed Ci .
E, . E . E , E '
cerium - 141 /.46r.-4 4.53r-3 cerium - 144 2.28E-4 NDA '
chromium - 51 NDA 7.60E-5 m-
- TADt.E 2A EFFLUENT AND WASTE DISPOSAL SEMIANNUAL REPORT Januar LIQUlO EFFLUENTS y through June,1977 oUMMATION OF ALL RELEASES U!c Unut 1 23 Elli .84 E-5 3 .
E J_ ti i D. Cross alpha radio..cthity L 1. Total rc!e: se l Ci l1 46175 9. 621Q{,'3T '-i-1]
12.. Volume of waste released (prior to dilution) l liter < 2 28 E+4 5 01F+d 2 00 fi+1!
I'. Volume of dilutirin water used during period ht eis 1 26 E+.9 3 851yg 1;00 E+13 1
6 l
,____----...A
e ,.
)
l l
TABLE 2B l
EFFLUENT AND WASTE DISPOSAL SEMIANNUAL REPORT l January through June, 1977 l LlOUlD EFFLUENTS CONTINUOUS MODE DATCH MODE Nuchdes Released Unit Quarter Quarter Quarter Quarter
'4 strontium,s0 Ci 5.13 E-4 7.72 E-2 E . E strontiumno Ci 3. 21 E-4 1.20 E-3 E . E
- cesiu m.134 Ci 5.43 E-3 6.54 E-Z . E E cesium.137 Ci 1.656-2 1.22 E-1 E E iodine 131 Ci 1 72E-2 1 78 E-1 . E . E i cobalt.58 Ci 1. 06 E-3 2. 58 E-3 . E E cobalt.00 Ci 1 97 E-2 9 85 E-2 E . E iron.59 Ci 1 32 E-3 9 58 E-3 E E i zinc.65 Ci 5. 2 7 E-4 3.63 E-3 E E s
manganese 54 Ci 5 52 E-3 2 54 E-2 . E . E chromium-51 Ci 1 26 E-3 2 74 E-2 . E . E zirconium-niobium-95 Ci 1 69 E-3 2 65 E-1 E E molybdenum.99 Ci 1.16 E-4 1. 34 E-2 E . E technetium 99m Ci E E E E barium-lant hanum.140 t Ci 3 37 E-3 8. 50 E-2 . E . E
\
cerium 14i Ci 3. 46 E-3 5. 20 E -4 . E E iodine-133 Other (specify) Ci 3.80E-5 9. 4 2 E -1 E . E cerium - 144 C 6. 5 0 E-4 1.10 E-3 E E silver - 110m Ci 1.55E-5 NDA E . E E iron - 55 Ci 4.14 E-2 8. 69 E-2 E E nontunitim Ci 8.00E-5 5. 02 E-3 . E . E
_ unidentified Ci 1. 40E-2 6. 74 E-2 . E . E Total for period (above) l Ci l 1. 34E-1l 8. 82E-1l . E l. E xenon.133 Ci 1.LSE-L 1. 7 0 E--3 . E E xenon.135 Ci NDA E 5. 39 E- 3 . E- . E 7
0
TABLE 3 EFFWENT AND WASTE DISPOSAL SEMIANNUAL REPORT JANUARY THROUGH JUNE,1977 SOLID WASTE AND IRRADIATED FUEL SHIPMENTS A. SOLID WASTE SHIPPED OFIT,ITE FOR BURIAL OR DISPOSAL (Not irradiated fuel) 6 month Est. Total
- 1. Type of Waste Unit Period Error, %
- a. Spent resins, filter sludges, evaporator M J
196.74 bottoms, etc. ci 1583.90
- b. Dry compressible waste, contaminated M3 99.23 equip. , etc. Ci 70.91
- c. Irradiated components control rods, M3 0.80 etc. C1 1980
- d. Other (Describe) None
- 2. Estimate of major nuclide composition (by type of waste)
- a. _ _ _
% .E
_ Diatomaceous Earth: Cs 137 1 15%
Co 60 52%
Mn 54 16%
b.
Cs 134 6%
c.
Spent Resin: Co 60 19%
Cs 137 53%
Ca 134 24%
d.
Mn 54 Ja
- 3. Solid Waste Disposition Nt_nber of Shitngnt.1 Mode of Transportation Des tinati on 4S Truck Barnswell, S. C.
B. IRRADIATED FUEL SHIPMENTS (Disposition)
Number of Shipments !!2de of Transportation Destinatf.on None 8
=
e ,
h .J ANM #My MNN as M 4 NM# m M en AC@
s > < e e e e N e o M e e o e e e N e e
- O m M e O y M > ese
.J **
.u M
< 2 OOO OOO OOO OOO M M as OOO es M ==
H e e e e e e e e e e e e e e i Oc OC CO OQ MQ OO == c P=
P=
% 3 OOC QOC OCC eMN N N ** ** M a MMe w 2 e e e e a e e e e e e e e e I OC OO OO AO NO =* O c> O am 3 OOC OCQ MQN ANM MQN QOO ** N 4 2 e e e e e e e e e e e e me e e r OC QQ gC 4Q RQ OO eQ .*
m 3 OOO en M e4 wh4 ** N 4 ** M M CCC aCN e=
2 e e e e e e e we e e e e e e N e e g 2 OO =8 C eO FO as C OO N* cr m m M z 3 OCC OCC == M w NMe OOO CCO 03 N e =.=J J
e e e e e o e e e e e e e e og Qc 0Q == 0 PQ CQ C3 O OC M k A
Q R
A w 3 =+M== QcO M M ad OOO OOC OOO N N ** to O p. A e e e e e e ee e e e e e e y W W 3 ** O OO ** C CC OO OO NO w I; CL a O A O e Q 3 ANM 000 #N# C a e A C Oe C. C Oe O. e e M Oe N. Q Q. C. e e e e h 2 SO OO eO aO DO OO OO ==
4 m av m W L.J A 4 2 2 3 OOO N N en ed M ad ad M me OOO OOO eMN O Q U A e e e e e e e e 2
=
- o e e e e e 4 A OO NO ** O *A O 00 OO sn e
- O t
> U w 2 w w Q Q Q e
a as A CCO ==8 M as QCO OCC OQO OOC an M m se O me a3 > e o e e e e e e e e e e e e
@ Q e W QQ ee Q QQ Qc QQ QQ -e Q 2
- == w e O I 2 2 2 as 2
== m OW >
2 DQQ -e M ** OOO OCQ QOO COC *= M as 2 3 e A e e e e e e e e e e e e e e J 2 A QQ A
=* Q QQ C3 O QC CQ mO A J 6 > y
= 0 4 A .J 2 A W N N =e ad M as as M =* OQO QCO CCQ rMN en ,
C .a A e e o e e e e e e e e e o e N
.J NQ MC MQ QC OQ QQ 4C W 3 > 4 21
= 4 W CQO O C N N a* COO CCO OCC OOO N Pa m WQ e m >= A e e e e a e e e o e e e e e gm O
= .J W OO NO QQ QO OO QQ NQ e2 A W
" Q 4w w r O h !
W A A N Pm ** QOO OOO OOO QOO QOC N N we MW m i e a e e e e e e e e e e e
- 22 '
NO OO OO OO 3 QC CO NO > em 4 C 2 C1
> 'W OCO OO
> e e 000 00C OOO OQQ OOO OOO w6 2 o e e e e e e e *
- e *
=4 W OO OC Oc Oc QQ OO OQ dA
.h
- '* O to CD OO '
at W GAO C C'S O OOO OOO OOO OOO OOO OO e= 2 e e e o e e e e e e e e e e oO y A QC 00 00 CO Oc cQ cO OO c W @@ e 4
W W OOO el d e= 2 e e OOO e e QOO e e ooc e e QCO e o CD C O OOO .J .J A e e e e og at en
.J 2 OO QQ QO CO CO CO OO 2 W
O O 66 >= =
2 oo l' m ea ** sm en se as se a en en 2
se .. = an en an 6. > c 3 6 2 == N se N wN we N MN
& a4 N A ese N 22 g
A ew en A me ew 4 w == 4ww O, en w c, w = Q ee me yw A \
em M e e a e y yu g 6 M ** M N N M F i M
- W 33 3 p
- N N 4 W ud M C O O 4 4 A M e W Q 0 4 44 A 4 d 4 4 3 44 44 m m w e e e e a y J se an i ** M N N to as .,4 mN A me M Q W ww 9
W
)
P=
.J N m **
e e N VI a e e e>Q d as M cme MNN em CN 4
e M e e N e e **
- e e e ee a
" % a= NO NQ 4N N =* NO MQ Qt
=e Q # M ** O w M P= a d
J %
so m
,f ,l 4 2 m N ** QQQ QQQ QQC QCQ MNN PPN H e o e e e e e e e e e e e e i sue Q QQ Q C3 OO QQ MQ #Q P=
em
% 3 QQQ QQQ em N m @NM M >= N QQQ & sa @
m 2 e e e e e e e e e e e e e e z QQ QQ mc AC MC QQ "e c em 1 QQQ QQQ emN ANM ANM QCO FMN 2 e e e e o e e e e e e e ** *
- CQ QQ eQ 4C 4O QQ NO 3 QQQ ** N ew QMm mNm QQQ NMe a 2 e e e e .m.eeee m e e e e e e N e e e i QQ ** O eO NQ mQ QQ Me e en m M Z d
3 QQQ QQQ &NA N m =* OQQ QQQ at 4 4 .J e e e o e e e e e e e e e=e e e 4 QQ QQ wQ NO QQ QQ MQ
.e =e w Q
W M 3 OQQ QCO ** N m QQQ QQQ QQQ =e N a a Q a A e e * *
- e e e e e e *
- e U W W 3 CO OC == Q QQ QQ QQ se Q &
w e=
a W Q W E e 3 QQQ QQQ Ndm M P= N OOC CCC ANM Q Q Q e e e e e e e e e e e e e e e 2 O OO QQ NO MQ QQ QQ WQ w as a M
w A 3 3 2 tes 3 CCQ CS C C N W =* QQQ QQQ QQQ N W == 2 Q Q 4 A 8
- e e e e e e e e e e e e A
== ma A L"I Q QQ NQ Q ri OQ QQ NQ E
- U m u 2 6 w @ Q C e
a a mA QQQ **N** NAa QQQ QQQ QQQ MNN =*
O M Q > e *
- e e e * *
- e o e e e 4 Q U QQ mC NO CC QQ QQ MC 2 m Pa w at C e a 2 E 2 m a
>=
a - 0 OW QQQ QQQ C00 QQQ QQQ QCO QQQ g 2 e e e e e e e e e e e e o e e e c Q A CQ QQ QQ QQ QQ QQ QQ e
.a k > w m Q ,a 4 8 2
- W QQC QQQ COQ C00 Q00 QQQ QQQ =
c m e e e e e e e e e e e e e e e >
m I QQ QQ QQ QQ QQ QQ QQ U J . "5" - A C2 m O Q 4 W QQQ QQQ *e N *e QQQ QQQ QQQ m N =4 WQ e 2 > d e e *
- e e o e e e e e e e c- Q A
d w
W QQ QQ mc CQ OQ QQ mQ 43 m Q AW =
Q L M A W QQC QQQ QQQ QQQ QQQ QQQ QQQ a=e w m 1 e o e e e o e e e a e e e e 2, 2 OQ 2 QQ QQ QQ QQ QC QQ a= a Q O
&R W QQ
- 9* ** N m QQQ *e N pe QQQ QQQ QQQ NMm 66 em 2 e e e a e e o e e o e e o e m w we Q QQ ao C OQ QQ QQ NO AM
.J c lo
. m Q QQ et w QQQ Q Q 21 QOO **N=* QQQ QQQ se fV as Qc
>= 2 e e e e e e e e e e e e e o QQ w W QC CC .QQ mc QQ QQ ** Q QQ O
>* @@ 4 L
\
W QQC ad al l 4 QQQ QQQ QQQ *e N en QQQ em N ne a .J Vt e= 2 e e e e e e e e e e i
e e e e as e me j .J 2 QQ QQ QQ QQ ** C QQ wQ =
i w 66 >=
l C Q QC 1 2 2 1
m >e sn en an am se m an en an .= en > a=
l 3 6 2 mN mN an m en c l
I a= M A
z m e". en e
N A me , @w e
mN
- m. em .
QN no O.m., N.
AMN Q ee .
w 22 wy e uu m l 6 M = M P.e N e e a w aa z l a se N N & WW M Q Q 4 4 8 4 8 W as M Q. 4 4 W Q 4 @ 4 a co W e d. . e W . .s emH a ao M P. N e Ja a aN
@ m m Q es en en 10
~
,,,. > .J a
nom e e ONQ se a m 83 Me >**g no O m 7 C oe
, me N e e a e e N e e e e e e ee e V
% a NQ O me =* N S se P= Q ** C C4
- O N F N O y y ei > .m 1 J ! %
- 3 M mc 2 M C me CCC M O me e4 C ae COO *e C ee 9ON H e e e e e e e e e e e e e e i se Q CO e4 Q a4 C CC *0 FQ m'
P.
% 3 COQ *= O se ed O ed MON ** Q M OOO 4MM e 2 e o e e e e # # e
- e e e a 2 Oc ce ci at O MQ ** O CO eC 3 QQQ as 3 as 4mM eQN MCN QOC F ** P*
2 e a e e e e e e e
- e e me e e CQ *e O 4C WC MC OO 9C eg 3 L' O C O == W NN& 4 *e M MCN OCC 4eP **
2 e e a e e we * * *
- e e e e M e e M 3 OO OO NO 4C MO OO J e.e a ce m M Z J
3 QOQ MCN M ** M A ** M QCC OOO MMN J e e e e e e o e e e a e ao e e 'g CQ MC AC 4C OC CO MQ
=* k O
e e 3 Ccc OcO as C ** EON OCO CCO 4 ed M >
Q g W e e e e e e e e a e e e e e y W w 3 OQ OC ** O PQ OO OO AO A W >
A W C
- O ** **C=* NO* OOC cQC #DN c O O A e e e e *
- ee e e e e *
- h" 2 Q OO MO mm NO CC CD eC =
4 **
3 W A 2 3 2 w 3 CCC as C3 =* P* Q N N C me OCO COO 4 as M 2 o Q A e e e o e e e e e e e e e e e A
> M A OO e4 f'S NO
- U M f3 C3 O OO @O E l
- U 2 Q i 6 W d O e a w M A OQO QOO N O ** QCC OOO QQO N O e4 e e.e Q > a e e e e o e e e e e e e e
=4
! 4 Q U CC QQ NC CO CQ cQ NQ 2 l
- 4 W i
O e 2 4 E 2 se M g M M l OW QCO >
M i cQ NQ NO C3 C CC CQ FC U 3" > A m2 e* et W O O ee C me OCC as O ed COO COO CCC N O ** WO e 2 s= A e e e e e e e e o e e e e e cw
> al W MQ QQ Q
M Q A C 4 M W COO OOO as O ae
- O as O C3 O OQO N O ** *W e i e e e e e e e e e e e e e e zz 3 C3 O OO em O =* O O c3 CC NO >>
U km
> W CCC CCC OO
> C O C3 CCO COC ccO COO 66 2 ' * * * * *
- e e e e e e e M W O? OO OO QQ QQ QQ C3 C eA
.J M fi c)
- 3) r3 0 e.
iJ COO OQO QOO OOO OOO OCO OOO OO p 2 e e e a e e e e e e e e H QQ QC e e oo y OQ OO OC CO - OQ OO c
- "' c@ d L
g es W DQO c c C3
=J d M
M
.J 2 e e O C. c. O c. c. e . C ce c. c c. c. O o. O.
.J J 2 QC QO CC CQ QQ QQ CO 2 W L6 e=
0 C CC 2
ae >= .= = es ao me me se se me = es 2
3 6 % e4 N me N #9 N MN ** N ao en me N ea >> c
- 4. W es en e es es @ aw as 22
> M
@ ew me Q w me Q w em A e4 eN.
o se Ww e E e o e e e e W uu m W M
- M P* N 40 # # W 23 Z 1 M M N M Q Q l I
' N A ww M
1 4 W 44 @
4 W Q @ e, 4 4 2 11 is e as y e e e e a w A
- M J as P= N so as a ** N M e4 ee Q e == un 11 l
== P= .J Q44 @ M GD CM@ mN2 4@M M P= ID eOE i P= e mo e e e e a e e 4 e e N e e M e e e e e j % > @N MM @ MWN NQM NM MQ WCA ed C N M ** M *e f:3 #
W M >= ==
W %
EQ M
< 2 en ene ve Pe o a N N en g@N NNn A&M en a me h e o e e e e e e e e e e N e e i OC QQ QQ QQ QQ QQ N e4 P=
% 3 NNW W4N OQQ A P= m W4M afs J M em m e
==e 2 e e o e a e ese e e e e g e M e e E OC CC CC MQ QQ QQ M ed me 3 N Nese Q as @ 4 CD 03 CD N e Nae amN N c4 Pm 2 e e e e == e e N e e as e e e P= e e QQ og Q ** C M as em Q QQ eD M 3 O ** @ ee@ em @ me m N eD MMN QQQ >=*>** an Z as e e a e e e e e m* *
- e e e *= e e w 3 ** C AN eM JN C) O CC e* @ On m M Z oJ 3 MMN ese a se P* # A 4 N AP QQQ QQQ P= P= ** .J e e N e e ee e g e e e e e e A e e og CC NM @O @N QQ QQ me P= @
== u.
O A e 3 meM @Me eD @ Q P= N cm N N en QCQ ed ED 80 b=
Q g w e e N e e en o e M e a e e e e M e e U w w 3 OO M er 4M e ** OC CC ** a ao A w > a*
Q. W Q m g e 3 Pm ED ar M @ P= M4N 4@M N N e= QQQ me C P= Q Q Q @ e e es e e N e e N e e e o e e P= a e 2 O QQ ** C N == N ** OQ QQ 00 M **
4 **
M u M CE 3 2 w 3 a#N #dh ed @ d me e 'Jn QOQ C3 C C 4## "L" O Q & A M
e e Q PS se e e M e e M se og e e e e e e aePmoM A a= M =* C e=4 O OC OC E
> U ha u I C 6 w G Q
- cx w MW N N *e #@# M M P= @Q@ QQQ QQQ N 4 Pa as C M Q > e e e e me e e e o e e e e M e e 4 Q U QQ QQ *e Q ** O OO CO M we 2
- A w w O e 2 2 E 2 C ae >
M M i OW eAN OMA CMC MMN OCC CCQ P* N @
Q: 3 e e e me e e N e e e e e e e e M e e M
@ Q A QQ e4 Q N =4 OC CC QQ em A J k > W M Q .J A R 2 e W N N at W@# @QW e@N QQQ QQQ men
- Q .* e e o e e e e e e ae e e N e e >
M 4 OO OO e4 C CO OQ QQ N e4 W M A D >=
.1 C c3 M d W MMN 4 P= M A4M 4 Pm M QQQ QQQ CMQ WQ e Ce >= m e e e *
- e
- e e
- e e N e e JM C
>= .J W QQ QQ QQ QQ QQ QQ N *e a2 M w AW w we Q A Q A H W #AN d4M NN** C3 Q Q QQQ QQQ ese N @ e=e W W 4 e e e e e e e o e e e e og e e =2 =
QQ QQ QQ QQ QQ QQ ** C > 8=
Q Q Cr C CC
> W QQQ QQQ MeM MMN QQQ QQQ c@# 66 a= 2 e e e
- e e e e e e e e *
- M w QQ QQ QQ QQ QQ QQ QQ MA
.J :D cD
- OC CD es W QQQ MMN MMN GD @ e QQQ QQQ e e P* OO p= 2 e e e e o e e e e e e e M e e OC y
@ QC QQ CC QC QC Ps 0 MO QQ W W@ e A
.J ai d uJ e4 me os MMN W4M Pm # r CQQ M ew as P= @ @ .J .J M
> 2 e e e e e e e o e e e e we e e as as one
.J N OO QQ QQ QQ QQ QQ s=e Q z w 6 h. >=
Q Q OQ Z 2 M > em en en se a en == =m se so . = = = >> Q 3 Is. Z ==e N ** N ed Pil me N a=e N eeN eeeN z2 A m w aw mww m == = m as =e C en w Q = == Qww ww M e= M E e e e e e e w uU g 6 M *e M P* N O # # W 3m 3 4 ew W N N g ww M Q Q I 0 0 I i A AA C M 4 W Q d 4 4 4 3 H 10 40 sw w e e e e e w ,,3 ma e A ** M P* N ED as a as N W pe M Q d me w 12
w h .J QM4 Q =* a ao N N e>M NN# eae N@M i % es P. e e a e e ee e a e e e e e e 4 e e
< % e. NM NNN == aQ NN ** O mQ me>
4 sn Q em a se M ** @N y M >
a %
m M
< 2 M@N N P as m N me og N me QQQ *e N
P=
% 3 ANN 4 ao M am N == =* N
- OOO #hN 4ee en E
- e e e * * * * * * * * ** *
- I CC ** O ;3 O OC CO OQ NO me 3 4@ M P= N a 4 ed M NNe QQQ N e og Pa P= e g e e e e e e o e e e e e N e e CC ** O as C ** O OO CO e *'8 3 m@ M =m4 meM as N
- COQ QQQ N @ me a=
x e e m e o e e e e e e e e N *
- A 3 OC ** Q QQ QQ QQ QQ M ** r2 2
3 NNr 4 M Ch **P==* OQQ QQQ QQQ XNM .JJ e e M e e N e e e e e e e e 4 e e 4 ae Q g ao m se QQ QQ QQ as M
- 6 Q
A A 3 4D e a 4ma 44a COO CD Q Q QQQ Q ** N Pa Q 2 A e e a e e 4 e e e e e e e e N e e u w w 3 *C eN mm OO QQ QQ == as 4 A w > ** N 4 W N A z e 3 4>M @eQ e@M e W P= as N at C CD Q aNe Q Q Q A e e M e e # 8 e =8 ee e
- e a Q e e 2' C DQ 4N Pm N NO CD f3 Q == Ei e w 4 as .*
4 ,
W A 3 1 3 2 w 3 N # ** QAQ QMA @@M QQQ Q r3 C Pm Q @ Z Q Q L A e e N e e M e e o e e e o e ee e L
== ** A f"I Q M ** A sw QQ QQ d'3 O MN
=
r
> U
== u 2 O s n 4 O e 2 w ** A 4 as M MCN N e ad MMN a* N ** OCC 4 sa CD a4 O == Q >
- O e CE Z E 2 =* *= *
== a* + Cw # P= N @4@ c0*
- a MAN
- N =4 OQQ 4aM 2 J A e e e e e e e e e o e e N e e A J Q A QQ ** O *e Q QQ QQ QQ r a* A J L > W
= Q .J L F 2 e W as @ 4 444
- e e NN#
e e N # as e e se N as e e QQQ e e 4M@ em O Q A se e e M e e m i mQ NQ *e Q QQ QQ QQ 4 ad u
- = A Q >
Q Q 4
== W W MAN ad N ed su N ** OOO QQQ QQQ A@ M wQ e
.ir > A e e e e e e e e e e e o e e c ow Q
.J w QQ QQ QQ QQ QQ QQ QQ ea es W Aw '=
- O L Q A A W MAN MMN OOO N # a4 N F as CDQ QAC e4 W 3 i e e an e e e e e e e e e e N e e 32 2 O CD NQ QQ QQ QQ QQ M ** **a M
LJ 3m QQ
> W **N** e a aP N e ** OQQ m N ae == N
- M M >= 66
- a. 2 e e o e e e e e e e e e og e e og w QQ == Q QQ QQ QQ QQ NO AA i .J Q CD
! == QO l Q
= w QQQ N a se MAN ANN OOO OOO @ 4A CO
> g e e o e e e e e e e e e e e CC W l A QQ QQ QQ QQ QQ QQ ** O QQ 4 l
@@ 4 s' &
l ab al e W MAN NWm OOQ m N ** OOO QQQ 4 ad M J .J A I em 2 e e e e e o e e e e e e e e og en me l d K QQ QQ CC CQ QQ QQ mO Z w 66 em r3 Q QQ 2 2
= >= am su en an me an am *= an en an an an an h. ea Q 3 W Z == at N ed N mN mN ao N AmN 22 a A n. N w A me == mww @ w == Q = es Q w == Q ee me ww A w M E e e e e e e w ug g in. M w M P* N e F aP w &2 Z 4 a* ** N N 1 WW M Q Q l l l 4 1 A A .k Q M 4 W Q @ 4 4 4 3 11 la P
m w e e e e a w ,J an an A A me M P. N e me J == N A en ese Q ( ** eus 13
N .J ow M =e AsO eee eNM ed 4* COO Mme a en. as a e a N e e N e e e e a e *
- me #
4 % p. 4N &a c3 ** MQ cQ cQ e= m >
- en O N e en rp al M M J %
no M 4 W CD C O OOC ** d e* OOO OOO OOO ed en **
H e e e e e e e e e e e e e e i On OO OO OC OC US OQ N
% 3 N M es e4 4 edN OOO OOC OOO Nea e e e e e e e e e e o e e e
.4 2 CO WD 3 "O CC NC CC 00 ew 3 OCO m e ** C00 D00 e e 000 o e 000 e e M e **
e e x e e e e e o QO OQ QC CO Cc 0C cc 3 en d es COO C00 0CC CCQ QCO wew a 2 e e e o e e e e e e e e e e m 2 00 cd QC OC 00 CO DO eel 3 N M as MMM Mea OCC CCC COC 4 M ao .J e e en e e e e e o e e e e ce e e a eu c 9, C CC OC CC CC O3
- W O
e 3 @NM O e3 O e eD to OOO CCO CCO a ao a0 >=
c a e e N e e e e e e e e e e M e e u w A 3 Mo N ** AQ CC CO CO a*
- A w a ** N A w N e
A e.
w 3 nae N&& & E0 @ #4N a4 4 ** OCO e,e e O g e e o *= e e e e ee e e e e M e e 2 FO OC @O NC OO OC eN w 4 0 ** N N O w A a4 CCO NPG T 3 2 3 ANM e4M eNM ed ad me OOO Q O g A e e e e ee e e e e e e me e e c,,
>= e4 4.J M MC MQ M r'$ c3 O O t'3 CO #9 O E g a*
> 4 e u E C e
6 w W O 2 M A aeN OF@ OQc ccO COO COD e c3 P= me Q w 4 en e e *=s e e e * ** e e e e m e e e c w W Nc @C DC CO OC CC PQ 2
= Q w a C 2
E E Q = >
me == e Cy y4N 4 so M cCO CcM OcC ccc cec 2 3 # A
- e e e e e e e e e *
- me *
- A 4 A NO MQ CO OQ OO CC 4Q e J k O w w o > .J 4
2 4 W tdN e o e a* QCO CQO QQQ QCO 4 N M' =
c e w e e e e e e e e e e e e e e >
")
co c e me 4 w er e N ** d e4 COC CCO QOO OOO mNM wO e a >= a e e e e e a e e e e e e e e gM og m .J w NO OO OQ C3 O cC CQ Mc a cc A w C. W =
- O A Q A w =*4** QOC OOC COO OOC Ocn ew d se Ae e w er 4 e o e e 9 e e e e e e e e a gg g CO OQ OO CO OO OO cC c=**
M 6 & Of oc
> w em 4 M COC OCO OOO OCO CCD ** d as 66 m z e e e e e o e e e e e e e e w w QQ QQ OC DC OQ DO OC WM es CD t0 m C0 so a w me d == Q f5 O OOO OOO QOO f3 O O e4 4 em OC
> 2 e e e e e e e e e e e e e e Co y M. OQ OC QC OO OO QQ 3Q OO LD G 60 4
- A emi .J l
4 W DCC ad d e4 QOO CCC OOO OOO ** 4 =e .J J e,e i
> 3 e e e o e e e e e e e e e e as 4
.J 2 CC QQ QO QO OC CO Oc 2 W 66 >
O O OO 2 2 we en a an a ao no en en en me me se .= en ne = >= be o 3 6 % ** N =4 N ** N ** N *=e N ed N e ce N 22 A 4 en ew mw = @ w o+ eww Cww cww cw as ww n P M E e e e e e e w ww cx 6 M es M Pe N g) p p g,g gg g g i e4 ** N N Q. ww M Q C 9 4 1 I i e 4& .c M 4 w c d 4 4 e CK te H m,e se w e e e e a w .J e ==
A e9 M M N W m .J == N d we se Q e w me 14
- - - - - - - - - - - - - . . . . . . . . . 1.....
> J a0 es e eNM Ne4 M so N maa COC &Q4 i .= es se e e N e e m o e a e e e e e a e e e 4"r %
en O
.o O N
4 we M
mc eO m
mQ QQ OM O
z, M w a J A in M
< 2 OOC nCO OOC OOO OCO O f4 O OnO M e o e o e e e e e a e e e e i OO OC QO CC CO CO OO tm P=
% 3 OCO O C3 O DOO OOO OCO CCO OOO y e e e e e e e e e o e e e e Z O r3 Oc oC .3 O OO OM OO am 3 CCO Ooc Qcc cdO QCC ooc c00 z e e o e e e e e e o e e e
z e e ,
e e e e e e e e *
- e 3 OO u '1 OO OO CC OO OQ 3 m a en e up N .J OCce ecQo OCO O C) o ANM J e e e e ee e e e e e e a M mO 4O CD OO Cc cc P= 0 2 6 W
> Q A U 3 N e no a ao N c g e e e e e N m es o e cQc c C) O e e e o O O C3 eea h=
w 3 NO AO NO CO e e e e u w O CC DM ** C) A e4 4 O
+ m O e
3 G) 4 a MMN @ Cm M a0 P= m a ** COO a M so C O g e e e e e e e me e e e e e e M e e llF W ** O FQ MO a0 Q *a O OO S **
- 4 & sa we es a 3
w A V ll Z 3 mMN 4 P= M *a a == 0OO OCO OOO o O @ d e e e e e e OmW 2 e o e e e e m e e a
= m w M eM so M =* f"i OO OC OM eO
- = C r
- me l U 2 I w w Q O O e
1 O
3 em e
a >
mA N P ==
e e MMN e e ooc e e QQQ QOc Qcc ANM og e e e e e e e e a O U NO eO CO OC Co CQ m 2 w Pm Q 2 C
- 2 as E 2 2 m z m a >
3 3 P= cW Qcc e a) N A e e OOO OOC CCD OOO e a) N o e e e e e e e e e e e A 0 2 M QQ AO CO 3C OC QO l J 6 W 4C W a=* O *= W
.1. 4 .J O
2 W W QQC ooc Q00 00Q 000 CCC COc **
m H e e e e e e e e e e e e e e pn m k3 CQ C3 O CC OC O C3 OC CO W 3 > 4 O
i au 4 W O O i
3 C c) O m a og OOC OOO OOO OOO mam WD e 1 e= M e e e e e e e e e o e e e e LD m m .J c3 W QQ *e Q QQ OO OC OO ** Q at g M w AW =
l ad O Q 4 W W W Nem OCO 000 0CO COO C00 N m *e a= W m i e e e e e e NO OO do OC e e e e CQ e e 00 NO e e = z z 0 mm
> w OCO OOO OO
> e e COO ODO OCO OOO C00 6w 2 e e e e e e e e e e e e M w DC DQ QQ OQ QO OO QO AM
=J
- d CD
.lD OO e W DDC DdC OOO OOO OOO OOO OOC OO
> 2 e o e e e e e e e e e e A CO GO CO CO OO e e OQ w CO GO OO &
8" LD 40 e 4 W Q C CS CCO OCO OOO aJ .J
>= z e e e s e e e e Ccce ecco QcQ .4 .J M
.J Z OC QQ QQ e e e e es a we QQ QQ c3 Q QQ T w 66 >
O Q 2 OO
- >= ** a= m en se an am so .= ee ae 2
3 6 2 =* N
. >e Q we N en N mN mN mN e ew N 22 llL A ** =a e=w ew= mww cww Qww c w == Ww A
> M E a e e 6 M
- M N o e e w u.U 2 1
P's e aP e w 22 2
=a N N M Q Q l 0 0 A ww M
4 0 M 4 Q,, @
d w Q d 4 4 @ 3 4
- w e *
- e e w ,,J la is an a 6 ## M P* N ID 3R J 84 N A en sw Q g w w 15
..A.__...... _..
- P= .J ED 5 P= ed @ > M ew one @ae @ QQ @ sa N P= P= >=
a P= e e e e @ e e 80 e e en e e e e e N e o M e e g
< % w me @ @ 4 e a) MM
@ iA A y we M **=4 @@ @ W ead O NN MM NN *@ @ >
y M >
J % 0 G M U 4MM w r'C* 2 @ A@ AMM eMM MNN QAA @QQ m e e e e e e e o e e en e e M e e i QQ QQ QQ QC QC QQ NN *E
>e >
4 P=
% Q se 3 @ g a e e N4D me e e
%9g o e GR9 *e 4 eD C W' # eme 2 N e e se e e M e e P=
- 8 >
a QC QQ QQ =4** OQ C3 C MM U
"* A P=
3 P* M GP & C3 O A G) GD p@a MNN .0 M M &NN e 2 e e se e e M e e a e e N e e e e M
- e @
QQ .* og me ese NN en en OQ ** P= P= W 3 4 @ 00 *e Pu 7= @ 44 MMM so a a CQQ P= a0 e g me e e P= *
- Q e
- W e o e e e
- W *
- 3 QQ Mm == 4 m ae QQ QQ Nae
=
Q O
3 M P= P= P. Q Q #Fe Q pe sw QQQ QQQ p we sw me en e e P= e e N e e 4 e e e e e e >= e e a QO ae ** 4 4 MM CC O C3 Nea w nw e a A 3 == en en @ -e == m == 4 W Q e N e e m se av N = sw QQQ ** a e r
@ e e M e e y e e e e e e O e e e.e w 3 sw e4 4A ** N P= NN OQ QQ Mem >
w m em 4 W d
3 P= F F M en aD #@@ 3 M#e dMM QQQ & eD 4 >
Q g N e o P= e e @ e e 4 e e e e e e 4 ee 7 an av MM e er MM QQ QQ NmM 4 2 ene *4 ene 3
uJ ^
'a 2 3 e P= P= @4W M SS M A 4MM CQQ QQM NF # 2 Q :> m en e e g e e Pm e e N e e e e e e ae e g so * @ QM NN MM s** a4 QQ QS as ED a
>=
= v 7 Q te. W O 4
=e O
2 ed A F P= P=
== e e
=D F F @QQ N44 a9 as en CQQ N >= M N ane a e * =*
- e we * * * * * * @ e e 4
as Q W QQ NN M ** QQ QQ QQ sF W
Q 2 E 2 ea
- e ** OW N44 ea 4 4 4MM Z
& 3 A M e e M e e ED E e M a ** CCC c0 Q Q a N e e e e e e e e P. e e g Q M QQ ** en M ** OQ QQ QQ R&
.J La.
em o O 4 e we Z Q w @QQ P= a a >QQ 4MM as * *e C3 Q Q N N P.
O w M en o e e == e e e o e o e e Pm e e 2 M Z as og N .ee se og sw QQ QQ QQ MM er e no l3 cn Q O E
- O W m 4 .D 4 4 4MM Q
==e CD e r CQQ Q Q CD 4@@ wO A 2 W a = * * = s e e o e o e e e e M e e dw m
- QQ A A W QQ QQ QQ QQ QQ **=* as Cg W eas W Aw .J Q. N O m A = N p=
W N =0 e me o e me@ MNN MNN N e4 e4 CQQ CD Q Q My we N
an e e o e e e e e o e M e e 23 y J QQ QQ QQ QQ QQ QQ NN >> a o se z O
- E 22 QO M
y
> w MNN eeF WW EP MNN me se me em aw aw p'N N 4h n:
M 2 e e e e e e e e e e e e O et:
w QQ N
- e ::)
QQ QQ QQ QQ QQ **** MA == Cf eJ ,
=J am y 88 QO A w ed ese me dMM 4mM A P= P= QQQ QQQ 2 H Z *e e e e e e me e e e e eMM QQ Z e e N e e oQ M QQ QQ QQ QQ QQ nQ ese ** OO 4 9*
- LD 1.3
- t:
J e,J H est W eNN e e 4MM e e mMM co a e e4 me m =*m** AMM ..J .J *C
- . 2 e e e e e e e e Ne e as ag Q
.J 2 OO QQ QQ QQ QQ QQ **
w 66 M ;t:
e O O a 2 Oo e-.
me > m = ma en == a= = 2 m en .= m m. we > e,e m 3 k Z H N mN MN MN *N NN AM N Z2
> M A A w == @ me w @w w mww Qw w Qww Q=w ww Q l Q
E e e e e o e W uu o 6 b M w M P= N @ F F ked 3@ @ Q l
N N A ww M Q Q e i
- a. M= g e e e o M w
.o4 w Q
e 4 4 4 4 a a..
i
- M o e P* N e e w ) .= .e @ ,b tD > .4 sw N me x A og og Q et ww 16
- N .a AMN &aN s a ED 80 O ** ** N A QOO N NM i P= a en e e 4 e e a e e Q e e W e e e e a e e
- C 4 % >= sQ &M == me 4 ae == A MC QQ M t> 4 O O sw a M m ==
w M >
a %
C 4 b't' 2 we M C e e N 4 av e e e me N e e
- N A m o e APN e o OOO e e M 4 **
N e e l CO CC ** O MC aC OO 4 ** }
N N
% 3 OOo N 4 == N 4 *= 00C OOO C) O t") e sa N e.n 2 e e o e e e ** *
- e e *
- N OO OC DD C) O OO OO *Q 3 OOQ as M Q Q@A F ese N QQO OOO A M Pa 2 *
- e * ** e e ** * * * * **
2 e o e 7 en e e o e e e e e N
- e A 3 OO QO AQ ** O OO OO P* * (T
.J 3 QOO M & ** N@ ED #M e QOC CDD 4OM .J e e e e me e e e o e e e e N e e e OQ QQ FQ NO CO QQ CC a A 6 O
3 A
c >
w 3 A
QOc e e sa M O e o eCN en e o mea ee
@OO CCO *&* >=
e o e e N e a y w w 3 OC OO FO NO OO OO 4 ** A bJ E A C A O e O 3 OOC N 4 =* M 4 av 4AN COQ CCO m P= a O O sw A e e e e N e e N e e e e e e A e e F MC C' O 4M P= sw OO OO aN ap 4 3 ==e 3 w w A A 3 2 3 O00 CCO aa m A NNA OOO OCO M -* O . 2 3
se Q W A e e o e M e e M e e o e e e 4 e e a
- =s A OO OO ID m p ad CO QO de M E
>= 0 m
= U w 2
- u. w s O ee m.
=* A OOO =* M O M ** 4 N 4 == cQO COO 4 4 to =*
O s= so > e e e e = e e e o e e e e an e e 4 O e U CC CC MC OO OC CC eC
== ** w 2 as O l 2 K # >= %
s=
- 2 OW QQQ mMQ N 4 ** CQO C C) C COO M P **
2 ,1r e A e e e e e e e e o e e e e e A 4 A CC OC QO DO OO OQ
.J 6 > C) O A
- O W A A .J 2 A W N 4 ** Ne4 ** M O QOO OOO OCO A M >= ==
0 W A e e me e e e e a e ee e e . = . e e
=J OC MQ CQ QO CC CC eQ U 3 > A m O M w di W aMC a9 O O CQO QQQ OOO QOO NMO WD e 2 8= A e e N e o e * *
- e e e e' O i
- .J N
- e 4m l W DQ 4 ** QQ QQ OQ QQ 4 =* *2 A w m Q Aw =
3 A W eA F N A A e O ** N 4 ** F ** N OOO OOO ANN == w i e e se e e e e e e e e e e N e e 22 tr g
- O eC CO ** O OC CO Pa ae >>=
me et u&
W #MF OO t.
e=
.4 M C e e M & == CQO CCC CCO N& 4 h6 2 e o e o e e e e e e ** e e
.J Ka 32 32 - OO se W M P sw OOO F ** N N 4 av N 4 ao c) Q O =* N A OO
> 2 e e e e e e e e A QO OO e e e e en e e OO w
- O ~ OO OC CO MO OO LD
- 4@ 4 A
W OOO J ed at
- K e e
- M C e e OOO AeN e se N cOc c&4 .J .a A e e e e e e e e == e e og as we
.J 2 OO QQ QQ =Q a=e Q OO NO 2 W 66 >
0 O 2 OO
= >= an en .= s=== = = = m.
2 3
- a. , ei >. e o 6 2 ** N as N == N ** N me N A og N 22 L Aww Aww A == en A ew ** N.
a Cw w Q w en c en w ww A
>= M E e e e e 6 M
- M N e e w yu 3 N 40 f F heJ 33 %
i ** en N M O Q I i i N A ww 9 9 A AA c0 M 4 w Q 4 4 4 4 & es H e sw e e
- M P*
e e e w .J == em M N CD Jo w ** N A se og Q d == am 17 i
,m_--- M.-_._................ .- . . ..
- N .J Pm NM eN4 ea N P ON> 80 m a COO OCC i N as e e M e e @ e e y e e e e e a W e e j % > cQ N* ON em AO OO M CN O O N
- N O l43 M > *"
J %
Es a
f 3 000 FNN @MN 000 NO@
e e s e s e M Ne O. N Me M. e e en e e i OO NO MQ OO MO OO GD C N
N
% 3 OCO #NN ** N O OOC M C ** CDD #Me me 2 e e * *
- e e e * *
- e e e 2 OO NC CQ CC NO OC @O e
3 cOC N M ce M Q == N M ew QCQ QOO NNM g e e e e e e e e e e e *
.I 2 OC0 AMN AMN NMM C00 COC N C .D .J e e e e o e o e e e e e m e e es CD MQ MQ me C OO OO EO C
H A 3 @DM DCC o g g 0 0 0, ** N C e e o e N M as e e e e DDC e e
&Cs e e N
u i W W 3 OQ QO PQ ** O QO OC 4O A j u >
b W D e E e 2 M C oe NO@ CCC CDO @ Ma O c c g O C, Oe o e .Fe M eN e me e e e e e e N e e F O C t's NO Di C eO CO OO p em an l
4 **
.=e 3
1.- A W w 2 W 3 OOO OOO wMN P= N M COO OOC o o & A e e e e == e o
==e C O T e e e e e e N e e a
= == A O c1 OO @O eO
> u CO O c3 r h* U
.ae =*
2 C u w @ O e 2: W == M CCD QCO O e=4 o em o e e e M C3 =e e e
'OOo e e oCO e e ccc M C *e we e e e e 4 C U CC OC NO OQ Qc QQ NO E
== N W O e es cr E 2 ** == z m I >
- CW DCO NMM fJ Q Q N Ms==
a .s e e e e e e e C Oe C. O c. c. c c. C. e e e e O A Qc =c cc cC oo oO mo e W L *
== 0 W
& W a 3 e hJ QcQ N M me QQQ ccc cco Qcc NMe O == A e e e e e e e e o e e e e e
- '* OO >
1 MC CC DC QC QQ mQ W 3 ** a 5
>
- W N M a=e O O
':t > e e e se N O e e
- N O o e OOO OOO OOO eNN WQ *
- =J W mO OC 0C e e e e e e e e c .e c W W Cc 0O CQ NQ es &
z z F0 2 &&
> u N M em N M ** NMm QQ
> 3 e e e e as N O e e e e OCce ecCc e e
>>M e e Ww a MC CC
.J e.d *Q == Q CC Cc a c3 em e"* e, to 03 OO et W OOO as N O OOO eOM M C == 00O Qhe CC
> g e e e e *
- GJ w A
e W *e N O OOO mJ J se N O N M se 73 O O OOO e ** N .J .=.J m 2 e o e e _e e o e e e e e e e es as m J 2 OO CC f3 D ** Q DC CC NQ Z W
- O Q 46 2 OQ
- > a a en am a en se a 2
se a se a m >> o 3 6 = mN me N en N em M A
g; e m aw e
@ *= en e
men e
en e
==e m se me me N C ** me
- N C ** w e ** N C = ==
22 wW W M = M N e e w yy a le. P=
m e a e W 32 2 8
a N N 4 ww M C O I I I I e M W O e e 4
4 4 AL c
.e* W e e e e 2
W 4 se c ee .e s .e a == m N N m a- .,
mN d ** em Q es me op 18 r
j . 55 ) '}
'T t-
.g
- 1 t'. -
IO 3 y' "
n
.i aa P= N'@ 80 ' mM@ MM e 40 M M Med " ', NO4 1
e *= \ .J s me e e y e e M e e N e e e e e e .g e e 'i
'j O
O QQ
- a. N d ese AM P* *'s .
=e
- O Q- we O P=
O i
i w M *= e=e
.J %
JJ ; .
- OOO
%, '. ' g 2 000 e e dec e e N N ee a e e e
- e @ O e e OOO e e
' @@N s e 1
f 9' 4 CD CO *8 c dC OC 00, NO ]
,,{" P=
, Pm . .
% 2 at 4 O s=* 4 O OOC CCO a=s e C OOO M@ *=s i M i 2 e e e e e e o e e e e e e e 1 F .OO CC ' O C. . OO f*J O OO' me Q l 1
. ,% q 3 ** d Q M@ m. P= M M . s"e 4 3 OQO QCQ NF4-2 e e e e e e e e e
- e e ***
l 2 C O C3 ' e as N d P= M N N me QOC' OOO MQd . * * ,
J x e e e e e a e e o e e e- e e e m 3 CO MC MQ at O ,OO OO @O < ar 2
J- b z
c o. e.
om o P- M Me
. e Me ee d.
eo e oc c. o occ e e co-e.
OcQ-e .
.e.ee e s. '4 3
Oc -c I e w i O
A o
e y A 2 ooc e e M@ *=s e e e@e e e N N se e e COO QCC MCd >
e e e e ee e e y W w 3 OO me Q FC *C CO OO 80 Q A i w >= 3
& W O A E e 3 OCO s P* M M @Je OOO OOC P ** P Q O O M
- e M Pe e'e . ee e e e e e e ee 2 O CO ** O ar C - A r3 OO OO *O w-at em av (E
W A &
3 2 w 3 000 med ome #8a OOO OOO esN 2 J O O 1 A e e e
- s'* e e o e e e e e N ee s l
s= ad e OO OO PQ #C ' OO- E3 O A ce .E
> U s=e
= @ w '
a j
- ) e 2 2 j K X ** **
.J k >
= 0 W 4 .J 4 ]
Z e W N N ee N N ae QQC COO QCC QCC eAN =
c se e e e e e e e e e oe e e e e >
M i *e C e C QD CU OC DQ NO U D > A c C O i m 4 W M e as N N ** COO OOO OCO OOO @ as N g > a e e o e e a WO-
- e e e e e e e e am a
> .J W ao c as C DC Dc QO cQ MC e2 A w 4w ==
me O &
O A 'A W 4 P= M AdN NN* OCO CCO OCD Mce a=e y cr I e e' e e e e e e e e a e se e e 22 2 Mu MO a* O CC 00 CO eO >>
U C am.
> W emN OO M e as CCO NNM CCC OOCe *@de*66 i 3 e e e a e e e e e e e e e f -
se W NC aC OO MC OO Oc AQ Ae J c3 to em x 00
'i e W QOO ** d O M @ as N N me se @ O COO OO i
> 3 e e e e e e e e e e ** e e " *= Me M e oO y e CC OO aQ *O OO CQ eQ ec #
- @4 4 4
w W CCC e .J .J
- e e N N as o e P* M M N N as COD OOO av e A .J .J e 2
- e e a e e e e me e e ae- m
.J K 00 no eO *D DC CC 4C E w 66 >=
C C OO l
2 m > as as am se an am *= 2-se en = an m an an an >u o 3 6 2 a's N ais N ==* N ** N *e N ese N e ese N 22 e
(A A=w mww Aww mww cww cww oww yy e .)
> g e e e e e e w yu a '
6 M w M P* N W F F W 33 'E i i
- at N N A ww
" e M
c I I "I I I e e aa N j
d W D 4 4 @ d a le se me W sh, M e
M o
e N
e e
e u E
,J an em e.e W
a m rw . '
ase see Q e es w 19'
l
.= N J e N to e>a a a=e
- ea4 NO4 ao a M ONO i > a ee e > e e o e e ee e w e e N e e a e e j % * @N mk e N*N ft mo em emO O O N e me =e @M 4 m a=
.J %
- 4 4 2 N M ** NO4 &&M CC0 @ 00 N *e k B @ e>
H e e me e e e a e e e e en e e M e e t CO MC QC QC OC me o DM N l N 1
% 3 mNO eNF MmM @FM s's N O @ ED N me e d I me Z e o e e e e ee e e e e M e e ,
2 OO =e O as O e=e O OO OO e se j e
3e N M ** N#Q @ O@ #@N ** N O OOO a0 A M 2 e e N e e we e e ee e e e e a e e QO M as MC OC OO OC NN l
3 @@N C00 000 e@e = 1 2 C Ce C. m N A.
3 i
I a
3 =* N O Q 4c atl @ N e4N COO OQC ON@ J e e e e N e e e e e e e e a e e g OC =* O M ** QO OO CC 4M 6
O M M 3 CCC e As k N M as COQ OCC 4CN >
c gg a e e .Ce 4oWe we o e e e e e e e N e e U i w w 3 Oc *O NC 00 CC CO Fm A W > l A W *e j
i 4 E e l
3 ao N O cee me4 ccc Occ a *e m O O o e e e .O. ed Ae M e e M e o e e e e oc e e l
F c nC as O A ** e se CO cO mM =
4 -e ne 1 2 1 w A 2 3 P w 1 4mM ae > d eaA NNM ee N O OOC e#4 2 o o av
- =
- a. A e s e e e A e e N e e e e e e 9 e e A A OC se O eN a se OO CO M# E
> U we a= Q 2 0 6 W @ O e 2 W MM 4mM m3 at e 4 A GD OQco cCD QOc ONe ce c me Q > e e em e e == o e e e e e e a*e e
@ C U CC NO NO QO OO CQ @ en z a a* w e S 2 T K 4 C M >
M = 6 OW M M *e sO M*M as N O OOO OOO =* CD @
2 3 A e e C ='e e N e e e e e e e e M e e vi a Q ^ OQ MC ** O CO OC QC em A
.J 6 > W as C .J A F Z e W men Mc4 N M ** QCQ QQC CCO O an @ =
O as e e e se o e e e e o e e e a N e e >
w I cO NO OO Qc cQ cc MO
- U Q.
3 >
co O M
== eN>
2 4
W W
- > M
- l W ao O Nc QO QC OO CQ ae 42 vt w Q. W w
- Q Q.
O A A W J@ M AeN O4A e4N e4 N O OCO 4QN mW cr i e e e e ** e e o e o e e e N e e 32 2 OO OC =e O CC OO CC e me >>
N O 22
~
>' OO W eNe me N Q M @ em NMm me N Q QQQ dMN 66
> 2 e e o e e *
- e e o e e aus e e M w av c cc QO QO OO OQ NQ MM
.J CD cp OO
'D 4 W M A me M m en h4e N M av N M we aeN ce a3 @ dO a= 2 e e e e e e e e e e e o e M e e oo y M CQ OQ NO OC OO Cd e an oo J l * @@ 4 i
a
- .J J W FdN OeW 4Ae N*M CCC so N a e C -8 JA vi
> 2 e e an e e me e e e e e e a e a e e as 4 ==
.J Z OC == C NO se Q QO mC NN Z W L6 se O Q CC 3 2
== > en ma see e ao a =m m en en m a ao e. > o 3 6 3 =8 N as N *N ese N em N en N M em N E2 A @ww m w as c w en m w a= c w en cw= cw w Ww e
> M E e e e e e e w yy cg 6 M w M N N e a a I ae w 22 3
=4 N N 0. HJ W M C O l i l 8 4 W t. Q. N M @ W Q @ d 4 @ 2 el el a me w e e e e e W ,J en m 4 4 as M N N a0 JP .s av N W ee see Q es ww 20 !
._ - _ - - _ a
1 1
l
- N J NMP Mme eMe C4> mck =Nm eNM 8 > w d e e C e e e e e C e e m e e M e e ee e j %
- CN NMO mme *As NC Du eme C C ~ M M m @N W M >
d %
N 4 h 2 MNC NNM @CM e e @ e. Ne e e e e C Ce C. W ee N. ~F C. m.
% 3 M6* NC@ a>N M@m CCC CCC NNC m 2 e e m e e e e e e e e e e N e e 2 CC NC CC CC CC CC Mm a
3 4CM amm aMm MAM CCC CCC NNN 2 e e m o e m e e e e e e e e M e e MC NC NC CC CC CC em l
3 MAM M NM kNM NMM CCC CCC MNO a I 2 e e M e e e e e e e e e e a e e A 3 CC Au mC CC CC CC >N &
0 E J l 3 CCC Mem CMP CCC CCC CCC_MNC J !
e e N e e N e e
- e e e e e a e e
e m 3 NMa e e mmc NMC eeN CCC CCC CMM >
C g w
A N e e N e e e e e e e e A e e u w 3 CC Mm Ma CC CC CC ON &
w
- L d m m E e 3 FNN eMN CNN mme med CCC C4e C C C + e e N e e @ e e @ e e m e e e e 4 e e 2 C m
4 M N i l 5 1 w M g '
3 2 w 3 NMm Nmc MNC CMG MAm QCC CCN 2 D C A A e e N e e a e e N
- e e e e e @ e
- A
=
> U m
> U 2 O m w J C e 2 w mA AeN Ame men CCC CCC CCC JMN
M
- CW GMa CCC m, 3 , S Me F. e e C C. Ce e e C C. C. C C. Ce @
m N. ee ,
c C
=
W mc *C CC CC CC CC NC A ij J 6 W
~ C J A a 2 e W eMa NMM Med CCC C00 000 MN4 m C C e e e e e e e e e e e e e m e e >
> b C >
e O M
= 4 W
A ema e e eMa e o CCC e
- CCC C00 000 Nem wc e 2 *
- e e * * = * * @m C
C 4 W i
W 4DM Ach C00 CCC CCC CCC mea mw 2 e e e e e e e e e e e o m e e g= g MC CC CC CC CC CC mc >>
N W @U CC
> W MNO CCC mNC CCC M NO men eM a 66
> 2 e o e e e e o e e e e e e e
e w MNC N NM NMm QCCpCC ec M d>e CC w 2 e e e e e e e e e e e e m e e OC w, A CC *C CC CC CC mc NC oc @
@@ e 4
JJ d
W Mem e e Mem e e NMW CCC CCC men Mem JJ d 2 e e e e e e m e e N e e gg m J Z CC CC CC CC CC NO MM Z w 66 >
C C CO 2 2 m > m am em em == == == = = >> C 2 =N mN mN MN 3
6 M
a 2
Aww e
Aww e
ew=
e eww e
Cww e
MN Cww e
mN ON M*
as w
22 ww e Wv tt 6 M w M h N e a a w 32 3 4 * = N N A ww M C C I 0 1 i 4 W && M M e w C e d 4 @ 2 86 60 O
w e e e e e w J mm o e = M M N e > W mN W M m C 4 =
21 4 I
i
= n- J #dN MeO C*M @ WN N N we ad 4 0 4440 t > e N e e @ e e ce o N e e e e e e @ e e j % > eM 4M SN gm mO CD m&N f3 Q M M N ** Ch i
LJ M >
.J %
l m a y z M
- 4. O. N Nem.
NNM e e MNw e .
000 s
000 e e CA F e e i QC =* C *C *C 00 00 WO 1
% 3 COO N N ** > ** M N N ** OOO OCO ** e
.e z e e e e e e e e e e e e .* e e 2 OO me o eO se C CO OO e C3 9
3 0QC M N ** N N ** OOC C3 c O OOC A ch N z e e e e e e e e e e e e e e CO ** C ** O OQ OO CC NO 3 COC N N ad CCC CCC CCC CCD N N ad su 2 e e e e e e e e o e e e *
- M 2 OO *O OO OO OO CC == C3 at
.J 3 N N ** N M N ** QCC CCO C C3 C3 C4@ .J e e A.=>e e e e e o e e e e N e e a "O e0 O mC CC CC 0C *C a* a Q
A 3 N N a* eNe NOJ d4M QQO OCO WMM h-O m e e e e en e e e e e e e a N
- e U W A 2 ** O #C NO MC CO OO 4 =* 4 W CE **
A W M e e= e W 3 ** 4 C M N ** ** a A N N =* CDC ** O @ O c g M e e e e .* e e .e= **
eN e e e e e M e e
.7 C C3 ** O dO 80 O ** O CC C= *
- O **
2 '3 W e **
"3 2 3 as > a eMN C@m QOO OCO OOO NOC 2 O O 2 A e
- e e ** e e e e e e e
- N e e &
== =* w A #O NO 6A O CO OO OO N ad E
> L ee
> U T C 6 W W C 4 ct =* M N N == N ** M ** 4 O OOO CCC C3 C O 3 ao A ad C ma c > e e e e e e e e e e e e ** e e
@ O W W a* Q *O CC CQ CC OC 4O E
- 2 W 4 O CE z
E z Q **
p.
.J W D W
- O >
& .J 2 4 W ** 4 O *e 4 O COO OOW OOO cCC N N ** **
O e A e e e e e e e e e e e e o e >
- ** OC CQ OQ
- OC Dc CO a* O W 3 > A 5 C A
== 4 W QDC e Pa F QOC COO C3 O O COO ED N
- WQ e 2 > W e e o e e e e e e e
- .J W cC eO e e e e c en M e W O CD CQ CC CO aQ es a
- Q &W =
O &
W e M M P=
- N N ** OCO OOO OOO O C3 O AeN == W ct i e e e e e e e e e e e e e e =g g
- C ** O OO OC CQ CC NO >>
% 4 NN
> W OO e.
=a e C ad eO QCO COO CCC OCC N N ** WW 3 e e o e e e e e e e a e e e
- W CQ QQ CO OO QQ QQ =* O WW J m QD M
40 OO at W OOO ** 4 O QOO COO OOO OCO ** 4 C OO
> Z e e e e e e e e a e e e e e oo y W CC CO _OO OQ C3 C CQ OO OO J
- @@ 4 CL 4 W ccce e .J aal ee
=4 4 O N N ** COC COc ** d C eMN .4 .J H 3 e o e o e e e e e e e e as a M
.J 2 cc QO ** C DQ cQ OO NC 2 W 66 >
O Q 4 2 QQ
=* > ** am en 2 mm en an an am a me an an en =a >>= Q 3 6 Z ** N ** N ** N =* N =* N ** N e == N Z2 A e w me m = en m en w A=w Ow= cww c = en Ww H H M E e e e e 6 M
- M Pe N W e e W WW 2 5
f M W Q: 2 2
=* N M C O 1 l
- N & WW M
0 1 1 A 44 N 4 W c 4 e e e a H H Pa
.* W e o e e e W .J an a e4 4 == M m N e A
Jo a aN as ** O *E * *
- 22 i
l
= N J AMN eea NCA NNM CDC ODO Nea e om en N e e e e M e e e e e a e e na e
&%O
- O Am e
40 m
CO N m NO OC CC eN W M >
=J %
C3 f.4 E C O. ne m m. Oe ao Nem MO e e N@m e e
. MO CCC e e OO 000 CO e
AM N e o e 1 00 eC
% 3 000 meO C00 DCC CCO CCC MeC ae 2 e e e e e e e e e e e e e e 2 OM me O OO OO OO OO as O e
3 OCO OcO CCC DOO COC o e CCO ccc Z e e e e *
z e e e e e e e e e e e e e e w-3 4O CC OQ OO OO CD AC 2
.J 3 000 New Occ CCC OCC CCC N d ** .J e e e e e e e e e e e e e e- et M QC MQ QQ OC CC QC MC
.X m W Q A W 3 deM M e em aMN m ap C CCC QC0 em> >
c 3; e e e e e e e e e e e e e m e e y -
W 3 OO AO MQ *C CC OO AO A W Q m N L O **
A m n 3 Mem Ndm aMN eMN cQQ QCQ M4e Q c 2 e e e e e ee ee e e e e m e e Z 6 MC Me NO NO CC (90 mC =
4 L N
.Jf w A U 3 2 3 eMN COO CCC OCQ OOO C00 eMN T O o J A e e e *
- e e e o e e e e e a m m w A kO OO QC OO~ OO CO >c t
- O
~ U T C
- 6. W D C e 3 e "A A e* N 000 000 COO CDD C00 AmN m C
m m > CW N4m CCC COO CCC CCQ CCC N4m 2 3 A e e e e e a e e e e e e e e g J 2 A MO OC CD OO CO CC MQ d
.J 6 w W as o * .J 4 4 2 W W "#C COO OCO QCC COO CQQ m e0 C se o a W e e ee e e e e ee e e e e >.
- J -*e Q OO CO CO OC CC *O u m A 3 >
m o A
- 4 W
- 80 O CCC CDO OOO OOO COC me 80 0 e g
- A e e e e e o e e e e e e e e W
@e o.e A a=
A W J W *e C OO CO cc QO OO =C as a 4w w n o a O A M W OOO COO OOO COO COO QDO C00 =e W m I e o e e e e e e e e e e e e ZZ 3 OO cc OC OO CO CO Oc >>
M 40 m at
> CO W OOO COO OCC OcO QCC 000 ccc he, w
> 3 e e e e e e e e e e e o e e m w Oc Oc OC 00 CD oc CQ l J m e e n.
OO 33 4 W OCO Q Q. O COO QQO COC COC CO W
2 e e ee ' ODO e e e e e e e e- e e OO W DC CO OO OQ- .CO- CQ Qn OO @
> @@ 4 A
- J e*
W C00 CCO m ee C 00C UCC 000 *e e C .,J .J A
- 3 e e e e e e e e e e o e e e gg m J 2 CC OO mQ OO OO OO mO Z W '
64 >
c O OC 2 2 m > en no se as a se no se an se m a en se e 3 k 2 MN =N
> > . o mN *N *N *N @mN 22 A dww eww cw= @ aw w Oww C== C== WW @
> M g e e e e e e W uu a be M w M N N W e a W E2 3 4
- as N N 4 wW M O O i i l 4 i d A4 A M 4 W C 4 4 e d 2 H H 4 m W e e e e e W W as en
.k se M Pe N @ D .J ** N A me me Q q ww 23
l l
N .J CDP kOC en *= ** k ** *d e= a e OEe @MM N 7
> e m e e NP@
ee e > e o MkN O e e
&@P ee e @e e. = 4 e a 0 03 C NN NN =4 m P W
- 4 O O NN MM ** M NP@ >
g M N O l s % u l e -@ W l
< F mNN NMM 03 M M M me ** M@@ @## NMM Cr i H e e N e e N e e N e e aw e e em e e me e e I I DD og *= ew ad ow M CC OO en m m a ,
k l P=
- P" J Q l 3 mNN Oea as O C eNN mNN eNN O E (D ew y e e M e e N e e es ee e a e e e e o k F CC ese aw ad sw OO OD CO MM U
% 4 e
3 m,, m - o.e m@e , P. ~ -oc*
- emo ,ee e <
E e a y e e me e en a e e e N e e N l OD NN NN OC Oc Oc sw e m O '
3 te a e aee N@P e N P= COO D C C3 mmm r e e e e e @ e e se e e e e o e M e e 3 OO NN NN OO CO OO M@@
O -
,oD Mee , P- N o !
- = M - e.e eDo emo ,
- P- e.
e e @ e _+ se e e e e e e CD MM '30MM ee CD CC
@ e a CE CO MNN TeJ '
A m 3 Omm
'W N,Ne Ne . COO e>> E a
w m .e e e c. e. re N M. M. e e C D. Ce @ e . - k 3 oO NN MM au M QC DC em P= N >
W 4 W m K 3 may eMM MMM .= @ @ M@@ 000 kNN >
O m e a y e e ee e @ e e en e e e e m e e y O E9 N Pw ou P* N e.e > P* OO Oc Mee t' at m e4 M 3
w m m 3 F 3 ope R3 m e ePD eae FNN OOO FNN & J o o av e N e e M e a @ o e ee e e e e e N e e 3 I
e- m mO se en se em Pm aa OO CC M an m e=
> U r ed M a 6 w o a a
.c.r. a= e eee M O C3 m E CD N se ** OOQ OOO NE2 N e > en e e a e e M e e e e e e e e c.e e
@ C U OO NN w =* OD CO CD mee e= w O ct I'
E Z m 2
m cr
> cW P* eo e @ P6 > Cmm ew O O OCC COD eOc A 3 e ese e e M e e *= e e e e e e e e @ e e g
@ m OO as ** OC OC DO OO MM
.J k
= c O.
b m 2 O W e@@ Nmm 4MM CCC O00 QQQ Pm > Pm C W m ou o e M e e e e e e e e e e me e
- OC E Z ** M DC OO OO OO NN
- 3 r, 2 EC E e= o eem O a
W >MM @MM COO ooc C3 O CD P= == ew e W e W
N e e me o NN e e e e e o e e g3 e e W o.e m
@a
' e4 ** QO CO OO OO F& 42 W mm aw eJ M W O w 4 m en at
> W eMM Nme @ @ ID DaF ew C3 C OCO @cO MW em ^
N e e M e e e *
- e o e o e eD e e mz u
.J mm MN OO OC CO DO 99 >> L e.
en as C' E& F* W
- e *
> W NCE m>> OO
- O' eJ CD cD a ao e d
= a p W NMM e e ' M@ @ @ N N ""N @ @ 40 # a Omm @@@ OO E 3 en e e"" N e e me e e e e ow e e P= e e oo e ,
CD Oc m aa CO DO OC MM oo e .P
- C
- W eJ ed )=
tae e3 e eD a> M M @eW #NN e *4 ** eD @ @ .J .J <
>= x e e me o e N e e me e e e e N e e ee e es as A ed 3 CD CO **** OO CC ** m 99 W g O D L6 m g E CC 2 w ew > em en en en K v1
.3 k 2 mN en s. en an en en >> m ew N ** N e=e N en N ** N m e=* N EE C C *a e= M CL m =* w m=w m w as m es en cww c == w c w e. wW c E e e e e e e W u u. O y, b M == M N N W dr &
I W EE CE @ O M we N N b ww M C O I i i 1 6 m AL C to M @ W D @
me y e e a
e
@ E HH M $
L M e W .J an en me a
- = P= N m
R3 sw Q
e.s e
aN ww N k 24
1 l
1 I
i i
l NPW m en. e. NO@
N J 4mM 1 g
, ~ N so. **e e e M N e e eD e. C.
m e e ,=. C e to e ;
el % > NO @C 4 C 00 m AN to C3 CM l sr en C ed n N O j M > m i j % i M
a.i; 2 CCC CCC CCC CJ C C CCC H F a4 as e a
> e e e e e e e e e a e e e e u ,
% 3 CCC CCC CCC CCC N E3 m N to ** #4N m 2 e e e e e e e e e e e e e e I CC CC CC CC NO NC 4C ow 3 CCC CCC CCC edN N&a N ED e4 MMN Z e e e e *
- e e e e e e H e e 1 CC CC DC 4C PO NC 80 C I 3 CCC CCC eCM =A4 Ne* ** a m P cc C so z e e e e e e m e e e e e e me e e e 3 CC CC >= C mC NC em C 4 as T H N Z
.,J 3 CCC CCC CCC e4N 4AM CCC C*A J e e e e e e e e o e o e me e e as CC CC CC DC 03 C CC WC
=* 4 A C cs H w 2 CCC CCC CCC N co =e OCC CCC N e3 m >
c e e e e e e e ee e e e e e e W w wJ 3 CC CC CC NQ CC CC NO Q.
W E CL C A C e C 3 CCC = a =8 N 80 as MNN as a M CCC N&W C C me e e e e e e e e e o e e e e e E CC ** C NO eC *n C CC >C en 4 2 j 3 w w A L 3 2 3 CCC N eD m N 80 m N to se OCC CCC 4@M 2 0 c U A e e e e e e e e a e e e e e c.
- = @
> U w 2 C u w 3 C e CK ** A ne 9 m CCC CCC CCC CCC CCC ** g m en C m so > e e e e e e e e e e e e e e 4 C
=
- w e l C i 3 2 ;
E 2 o'* >
m m 2 QW CCC **m mem CCC 000 000 N@m .j l
c 3 as e e e e e e e e e e e e e e e a I
a 2 A CC MC MC CC CC C C3 NO VI J 6
- W m C W L A )
i I
Z M W CCC CCC 000 m a =e OCC 000
- a =* a l l C W m e e e e e e e e s e e e e e > l l ad
=
J CC CC CC HC CC CC ** O U j A i 3 > a C C C -'
= 4 W CCC MNN ** # M CCC CCC CCC edN WC
- 3 > e e e e e e e e e e e e e e e @m C3 .
M C A C e A W e4 # ** OCC CCC CCC CCC CCC *#= a4 W 2 i e e e e a e o e e e e e e e zz 3
4 2C CC
> W CCC CCC C00 000 CCC CCC CCC w6 w z e e e e e e e e e e e e e e
> g e e o e e e e e e o e e e e cc W W DC CC CC CC CC CC CC CC 2 CC 4
> A
.J .J e W CCC CCC C00 CCC CCC CCC CCC J .J M
> 2 e e e e o e e e e * * *
- e as as
en == m se en en m a == an an am en am m an w p. C 3 % Z *N ** N ** N *N MN *N $*N 22
- c. aft es en Aw as @ w en ew= Cww C w == c en w ww e e- pa M
E
=* M e e e e e e W uW m 6 Pm N @ p F W 23 %
0 ** ** N N A h.4 W Q C C 1 4 4 4 4 W 4 G. ** q d d w C e 4 4 @ 3 is te >=
- a w m e e e e e w a me me l
a M a N m > s mN )
o - M C w w ;
25 i
________-__-_a
i 1
I N J as M M N N ** MMN 4Oe eM& NMe AOO n, N e e e e e m e e M e e me e o e > e e
< % > =4 O NO NO Co M =* O P O Oe at =e O m a N O g M > m
.J %
sq M c 2 OOO OOO OOO OOO C' O O M r9 m **M**
l-e e e e e e e e e e e e e e e i OO CO OC OO OO ** O *C N
N
% 2 OCO OOO OOO OOO MMm MON #MN me 2 e e e e e e e e e e e e e e 2 OO OO OO OO ad O . eO MC em 2 OOO -9 M ** MQN eMN e P= #9 MQN 4m&
2 e e e e e e e e e e e e =*
- e Oc mc 90 @C 4O 9C "O N
2 0CO ODO MON e N so N P*
- OC0 eMC =
z e e e e e e me e e e e e e ao e e A 3 OO Oc eO mO NO 00 A ** u m N 2 J
2 OOO O C3 O MCN ** N4 eMN OOO 80 C O .J e e e e e e e e e o e e = a e a CO 00 90 9O AC 00 q **
- N 6 O
A M 2 OOO OOC COO M M as OOO ODO M M ** >
Q m e e e e e e e e e e e e e e e y W W 3 OO OO OO ** O OO OO ** O A w >
A W O A E o 2 OOO OOO avM me se M M NNM OOO eMN O ;
O O e e e e e e e e e e e e e e e {
E O OO 00 MC ** O NO OO @O w q .4 2 .
I w A G 3 2 w 2 m M ad OOO N em og NN4 s=e M ee OOO DOM 2 O O A A e e e e e e e e e e e e e e a= ** A d ** O OO NO NO ae O OO G3 O E
- U
> U 2 j 6 W @ O O e l, 2 W == A OOO OOO OOO em M ad OOO OOO =*M=* =*
O M Q' >* e e e e e *
- e e * * *
- e O O U CO OO OO OO E7 O i
== P= w
- O mO E O e a e K 2 m >= 2 ".
e=
ad g
- I OW C00 OOO ODO COO OOO OOO CCO 2 e e e e e e e e e e e e e e a w 6S O a OO OO OO OO OO OO OO e j
.4 6 > -1
- O W A e .J 2
- W QOO OOO OOO OOO ** M a4 OOO a M ** ==
l O .e e e e a e e e e e e e e e e e > 1
- I OO OO OO OO as O OO
> =a O U- n C > 4 i 33 l M d W COO OOO ODO O O 2 > e e COO OOO ODO DOO WQ
- l d e e e e e e e e e e e e c >4 O
> .J W OO OO OO OO OO I
H W OO OO 42
= 0 4W
O A A W W QOO OOO sa M m OOO O C3 O OOO as M ** ad W- a I I e e e e e e e e e e e e e e CO 22 2 00 ** Q OO OO CO MD > >
c 22 l
> U OOO MMM OOC 00
> z e e e e e e 000 OOO OCO ' ea m m 6W e e e e e e e e M W Oc =e Q CO CO QC CO *O eM
.J :D c3
- =
G3 OO
- U C00 000 000 COO OCO
- = e e OC e e e m M. M. e e e e m M. M. 00 W j M OO OO cl O as C O C3 OO ao O OO I.S j
h* Q LD e .
A J
- W COC OOO OcQ m M as OOO OOO
.J .J P* a e e e e e e e e e e e e m M me .4 J e o e og as M '
J W
E 00 CO 00 mc CD 00 mo 2 i O O 66 e= 4 2 00 1 ae > om en = me en en ao 2
en en se an en a. an == > no O 2 6 2 == N ** N == N am N == N ee N e me N A Aww Mww Aww 33 e= M E e e e 4=w e
Oww e
Oww ow= WW H j 4
6 M w M N
- W UU 2 N
M e e a W 32 2 O ** N N A WW C O O i 4 9 4 i M AA A e @ W O e 4 e 4 2 is 11 N
W me y e e e e e W an
6ilm se M pe N g) 3 A mN e me me Q eg w me 26
i m' N J C00 NM# PN4 QNN Nmd WMe DON e N g e e a e N e e y e e w e e e e p e e
- C %
- C0 NO QM- *N NO. # C 04
- m O M e m a i M > M
- m. M
< 2 Occ 000 000 000 000 wCM MNw b e e e e e e o e e e e e e e t 'Oc Oc OO DO Oc MC MC m
N
% 3 000 000 M*N MdN MMN 000 &am M 2 e e e e e e e e e o e e e e 3 CO OO MC MC MO 'OO >Q m
3 'C00 2 e e 000 e e NMM e e NMM
.e e NMM e e NMr e e MAN M e e DC- CC NO NQ NO 'No MO m
3 00c ANN ma@ med Mcm Occ MOM .
2 e e ee e e m e o e e e e N e e M 3 OO ac PC MO mQ C0 em N m N Z J
3 000 N** 4NM @ee mNM. C00 NPN J e e e e o e e e a e e e N e e a QQ NC 40' @C WC CC Nd N k O
A W 3 000 000 MOW eNN C00 CCC WNM >
Q 2 A e
- e e e e e e e e e e o e u W w 3 OO OQ dQ ec QC CO dc &
w- >
& W C A E o 3 000 000 000 NMM 000 000 NN M C C c e e e e e se ee e e e e e e 2 O C0 CO CO NO DO DO NO w 4 M N
w M 2 3 Z W 3 C00 000 NmW WNM MOM COO WMF 2 o o & A e o e e e e o e e e e e e e A
- m A OC OC NO
- W WO MO CO @O E w u 2 ce w W O o 2 W mA 000 MCM NMH DOC 000 000 MMN m O w c > e e e e o e e a e e e e e e 4
m O U Oc ac NC 00 OC C0 MC 2 A w e O e 3 2 E 2 m m we m a f QW C00 000 CCO COC i
2 3 A e e e e. e e e e QQC CCC COO l e e e e e e @ :
W O A CO DO QO QQ QC QQ cc M '
J k > W m C L 4 J 2 e W COO CQQ mCm MMN C00 000 FNN m O m A e e e e e e e e e e e e e e w w I QQ OC "O MD
- CO QC WC U 3 n A Y* y
@ C m CCC mom O ?
m >
4 W w e e 000 e e e e COO c Q C) ccc mc= Wo e e e e e e e o e om c
" J W C0 00 "O CD OO CC MO na A W AW w f M O O
A !
A A W C00 000 000 mCM Q00 000 WOm MW 2-i e e e e e e e e e e e e e a 22 2 1
O O Nm
> W CCO C00 Num CO OCO C00 000 .Nmm kw w 3 e e e e e e e e e e e e e a m W QC 0C NC cc 0C QQ NO WM j, J C@
M i m CO 'l o W COO C00 000 000 000 COC C00 QQ
> z e e e e o e e e e e e e . e e Co W W CO CO CO CO CO C0 00 00 @
> @@ 4 b
m- W COO JJ COO CCO CCO COO C00 000 WW M l
> z e e e e e e e e e e e e e e g4 m I
J z CD cc 00 CO (
W QC 00 CD 2 (
LL- p O O 00 i 2 .
E l; m N . .. .. .. .. ..
3 % Z *N MN mN NN
- m. .m N. o q MN MN dMN 3E m
a mw= mm= mww mww cww cww om = WW e j
)
> E e e o e e e W up 2 6 M w M N N W r F 1 m W 23 3 8 m N N & WW D C O 0 3 I f I W 44 @
d 4 W C @ d 4 4 2 e "
m m w e e e e H .H a m e W J .
M N N e a J MN A m a O 4 *w N
o
_m____m___ - --
tw P= .J P= 0 @ P= M N @#e J ED d WQe 80 @ 4 nom a P. as e e e P e e me e e N e e ee a y e e 4 e e 4< ==. NO NMM
> we d MMM M CD e AN (D O 4
.* O at N *e M we a4 Oa LaJ M M 88 J %
M M
- N 2 N N e4 8h. ee MMN @ P= M eWN ydN 4Op H e e e e e e o e e e e e N e e I
- I CO CO OO QO CO C 41 M 84 P=
P=
% 3 ed as M a4N NNM A =0 M P. 30 y Na4 .me a p.
og Z e e e e e e ee e e se e e H e e 2 OO OO OO OO CC ase O M sue as 3 ****==e 4 P= M P= 00 F O M ** N4N
- 4 (D C =4 40 2 e e e e e e N e e N e e en a e P= e e OO QC CC N ** NM -* O eM 3 N N ** an a M MmW N O 80 e e to NNM 80 M A **
Z e
- N e e s e e me e M e e e e e e e A 3 OC N me AN 4N M ** OO =4 ID e &
M Z
.J 3 at se ed # 4 (D NOe A P= Q @e4 OOQ ad cc N .J e e as e e A e e Pm e e N e e o e P= e e as OO e=e Q 4N so a M we CC M P@
- 6 O
M M 3 OCO N e to eN$ @ a0 N OCC P= 4 M 6=
c 2 e e e av e e M e e 4 e e .O N
=e e ee o e me e o Q W w 3 OC ** O F we 4M ee Q QQ as M d A w > **
A w C m E e 3 m4M P= CD # F 4 CD M ED 40 @OA AeM MMP O O C e e e o e s=8 e e M e e e e e e P* e 8 1 2 O OO OO ** O MM me C CO CD M **
4 =e W M D:
3 2 w 3 av ==e se ED @ F ONA OW4 4@M N N ** 4 e ** 2 O O A e e e e e M e e M e e N e e e e Pm o e A
== ad A OO OO ** O M *W N ene Od c0 e E
> Q he U 2 C 6 w LD C e 2 W MM QOO A4M == M d 60 @ F N N *4 QCO 4O# =0 C M O >
- e e e M e e e e e e e e N e e d C U CQ OO ** O CQ QC QQ M ** 2 ew A w as O e 2 :
E 2 O ** >
M M i OW as ** =4 MMN 80 @ F @CW DCC QOO * * * *
- g 3 e e e e e e e e e e e e e N e e e d O 4 OO OO OO =e O OO Qc N ==e W
.J 6 > W am O .J A F 2 e W DCO FAN 4MM PQ@ NNad QCQ e4 P ed
- J O ** M e e e e e
- e e e e e
- N e e b=
l M
I OQ QO CO MQ cc QO N ** u i Q.
D >
CD Q C )d M at W ow me ew MMN m4M P= 80 # P= s0 a M =0 M eNe wo e 2 > H e a e e e e e e o e e e N e e c em c a= I W CO CC OO QQ QQ QQ M at 43 '
H w AW =*
== Q A O M M W ee as se se see we A4M e4N MMN MMN P= c @ MW 2 i e e e e e e e e e e e e M e e 2z' z QC 00 CC cc cc cC NO >>
C C UN OO
> W sue ed se se se we eeN ** M e4 COO CCO P= e r 66 m' 2 e e e e
- e e e e *
- e * *
.J m cc ma OO 2
et U OOC OOO J P= M MdM ed =* me OOC N P =D CC
== 3 e e o e e e e e e e e e see e e OO y A CQ CD C3 C0 DC CC ** O OO C J bi 4 ha 4
- as me
.J .J et W DCO MMN MMN OOO ad as av e@a JJ M so z e e e e e e o e e e e e a e g g nw
.J Z CO OC CC C3 O OO Qc CO 2
.J 66 P*
O Q OO 2 2 M am an am se M == so .= an en .m m. .n > p. p 3 6 Z M N =* N ** N me N an N av N M *=e N 22 e
A A = == @ w == @ en w cww cww c w en c en w wW M a= E e e o e e e W uu a les M *W M P' N M F F W 23 3 1 ** e4 N N A wW O O Q l i 6 a 1 M 4A N 4 4 W Q 4 e =0 4 2 II 64 4 a me w e e e e e w .J se a. cD A De M P* N ED D .J 88 N M e4 see Q et er em 28
.l.
.d
!I I
n N J mee Orm cae 20e eMe M eM e > 4
- e e Ne m e. N e a ee e m e e N e e e e e i
< % w No me nom mem' NN cm mee
- M O m am N @N W M M J % '
4 M d 4 2 mNm mNm @@M MNm mNm ehN Me> h h e e e e e e e e e e e e a e e t CC CC CC CC CC CC NO N
% 3 000 e>N New WNN MmM MdN eMO m E e e e e e e e e e e e e m e e E QQ CO CO CO CO DO MM m .
3 000 m@ M eMN Nem mNm QQC NN@ t q 2 . e e e e e e e e e e e e m e e CC QC QC CO OO OC NC 3 000 20e MNN dmM COO OCO kWO m 2 e e e e N e e e e e e e e M e e A 3 CO MO em mQ cc Oc dN G 2
'J \
3 New >>A Nec eM e C00 000 @cm a e e e e M e e- N e * *
- e e > e e g CD mc JN mm CO CC se M w O
M M 3 000 e## MND med C00 000 GOP >
c a A e e e e A e e a e n e e e e C e e U W W m
3 00 mm SN CN CO CQ MOW 4 W N
& W m H E
- j 3 M4N mme med eme Omm e>N Nhm Q 1 O c e e e e e e e e N e o m o e ee O e e E O C0 mC WN @m N O CD M@ @ w ]
4 m a b G
W H 3 1 2 W 3 CDC NMe NNd Mme M O4 Nem 50d 2 O O L A e e e e m e e e e e m e e e e e ee L
- M A DO mc NM MO NO DO @N E
- O w U 2 C 6 W @ O e 1 G- W m@ MNm e>N m@e M4N MNm CCO Hm> *n c m o > e e e e a e e e e a e e m e e .
4 C U CC CD MQ OC QC CC MC 2 I
- A W e O e 2 2 E 2 m m >
m m
- OW COO Nem emM PMW MON M4N MNN 3 3 A e e e e e e o e e e e e N e e e '
4 C @ CQ DC MC MC CC CD em 'd 1 W 6 > W m O L e W 2 e W MNM M4N emN emM New Nem eMc e o c W e s e a e e e e e o e e m e e >
3 > A D C N m 4 W New MdN eNN OCC mNm eNN ede WO e 2 > A e e e e e e e e e e e e m e e @m C W
A J
W W CC CD cc OC cc 00 NC 42 4 Lw w m O 6 ]
Q d W W C00 d@M eme mNM Nem emM NON MW W I t e e o e e e e e e e e o N e e 22 2 I
l OO CD mc OC CO me em >> l
\
m l W kE :
> W 00 1 M4N ede Nem CQQ 000 000 -@AC 66
> 2 e e m e e e e e e e e e e m e e M W QQ NO CQ QQ cc Oc Mm AM J @@
m OO a
a W C00 000 MdN dmM mNM 006 Ce# 09 m 2 e e e e e e e e e e e e m e e 00 W d OO CO CO *C 00 00 N C 00 @
M GJ 4 l
. A e W JJ Nem CCO mNm mNm C00 000 enN aw w 2 e e e * * *
- e * * *
- e e 44 m J 2 OC QQ CO C0 cc CO CC 2 I W 66 >
l C C 0C '
2 2 m w m em mm mm am em mm em >> c 1
3 k 2 mN mN MN mN mN MN VmN 22
& Aww Www Aww mw w cww cww ow w WW e !
i k M E e e e e e a W vu a
! 6 M = M N N @ e a W 23 2 l 6 m m N N & WW O O O 4 1 i e i M 44 e .
4 e W C o o 4 e a nn e m M W e e e W m m m e
e e J mo e 6
A N
m m a a mn
- s t
O 4 we i
29 '
l l -
I
, l
j I
N N J MNN eeM m to e N AN a eM e4 N me -O44 1
N g
) me e e e e e e a e e 8
N e e 4 o e M e o
% > @Q 4M AM Nw MO QO ask n C M e N @
W M >
aJ % i
- M h 2 W N. da WNd s e QCD s e emN e e 000 e e 0C0 e e J N eM. -
0 00 00 0C NQ QO cc eO 'I N
N
% 3 COO N e we =e N =4 OOO OCC OOO M=N e4 z e e e e 'e e e e e e e e e e 2 OO se c QO OO OO QO NO
~ ,
3 2 coo CC e e oee OO e e oeo CQ e eococOeoe o. CC o. o c. o CO e c o. m QQ e
I
)
3 C00 emN Nee CCC 000 000 *Ne
3 J
M P= ce e e eeN eD N O . @NM OCC CCc @ e4 aJ e e ce e e e e e e *
- N e e 4 cc NO NM eQ OC CC C as
-e N w Q
M 3 N e me OOW NWd e4 N as >
a e e e M Me N. - e e - e e e e C Ce t.i W N. @e N u W H 3 ** O NO NO to O CC OO m og j W W &
W i A y me 1 4 > e I W 3 OOC eeN' MNN mWM e eD N ad N a4 ** O m O '
c g e e e oe we e e oe e e e e N e e 2 00 NO OC MC NO OD t> *e w 4 Q m T C W A en 3 2 3 N e me N e me M@M M sue N OCO OOO NMe O O g A e e e e e e 2 e e e a e a me e e L
= ** W W ** O ae O MO NO OO OO eQ ba A C
> U 2
- 6. W U C C f e i W MM =* N as me N ad a 00 N QQO QQO COO 4NM M O M Q >* e e- e e e e e e e e ee~ e e a
d C W W QC Cc Nc QO OC Cc ec 2 Q W 4 O 2 E 2 O m 2 i p.
- **
@ ^ CC 0C eO OC OQ C0 eo a J k O
- O > W
& .J 2 4 W ew N se e4 > as me k w COQ OcO Qcc M ee N =
Q e .@ e e e e e e e e e e e e e e >
P'?
d CO CC CO cc cc cc NO O 3 > 4 CD
=* 4 W C O C3 av k M OOO =* > ao C e 3 > d a e e e e e a e CCO CCC N e ** WQ e
- e e e a e e Jm e4 A
J W cc OO CC CC OO OO =e Q e2 W
M C 'sW w-C &
W M M N e me av N =* OOO OOO OOO OcO M pe N ** W 3 i e e e e e e e e e e e e e e 23 g dQ OC CQ C0 QO CO NC >> ,
k mu
> W M a* N OOC C00 Ccc COC oo p= 2 e e e e e e Oco M *e N 66 4
e e e e e e e e M W NO CC- CQ QO oo cc NO Ae
.J
- 2 e e e o e e e e e e e e -OCO e e OC oo y A OC CO CC cc c3 0 cc cc Co -w g
M JJ et W Qcce eQQo Occ ** N ao el al
- 2 e e e e e e cOc c5C ** N M .J .J M e e e e e e a og w aJ W
2 OC Dc cc cQ cQ cc OC 2 O O L6 > '
2 OO '
w > me ea a me =m 2
) 6 1 ee N se N
=
e4 N as N se a me an MN ma > h. o a m en w se N ' MMN Zg w M W w en 4 en w mww cww c3 w w 0 == w ww M E e e e e e e W uU a 6 M == M N N # e a I ** W 23 2 O O O $ $
- N N 1 WW 1 8 i W &L N
@ d W Q d 4 @ d 2 al al e ce se W e e e e a L M M N
- w. == m se N G '9 ** N l
A ed ce g at me w 30 i
1 1
N N J @aM a m e0 0 N ed N@e Nee emA Mae s >= at e e ad e e N e e e e e e e e d o e d % > @O
** Q ** OO O C3 aQ op M m o N M M en en e w M M
.s % j
.n m l
< 2 COO j H e e O Ce c. ' C C. Oe O O. O. O C. De c c. O. C C. Oe g i OO CO CC CO C3 C OO OO N
N
% 3 COO as 4 ** OCC OOO OCO C3 C C =e 4
- ae 2 e e e e e e e e e
- e e e e 2 OO me O OC DC CO CC me c me 3 CCQ m 4 *e DCQ QCO OOC CCC me 4 =e z e o e e e e e e e o e e e e CC *O OC CC CC O C3 *O 2 N av en N as me M 4m QOQ CCC CCC A ED M me a e e e e e e e e e e e a e e e 3 MQ MO MO OC OO OO >= c . 2
.I el 3 OOo M 80 M 48M CCO OOC C C3 C C4m =J i
e e e e e e e e e e e e m e e as -1 I
e y
Co Me No oc oc oc mo M
j 6
w O 4
>= l e w 3 COO N**** >= @ a N ** a ae* OOC >
l o g g e e e e e e e e e e e e .N= N a e4 U I
)
w 3 Oc Mc CC MC ** O OO eC 4 see O ** **
L O
- A es e 3 QOO ed 4 as N == me A CD M 4sM e as A M@N O O 2 O * *
- e e e e o e e e e N e e 2 W CO ** O MO NO @O #O @M =
4 A =* M fr I w A W I
3 2 2 me d av OOO MNN CCO OOO OcO sNN
- O O @ A e * = e e * *
- e e e e e e A l >= w w e ad O OO #O OO OO CC 4O
> E Q
> U 2 W w O O 3 e 2 e MM QCO COO N 84 =* QCC COO QCO N ed me .ae O m a > e e e e e e e e e e e e e e 4 C W CC CC MC CC CO QQ MC E
=* 2 w at O en 3 1 E 2 Z **
a=
= = == 0W N ** * *8 4 ** QCC CCC OCO CCC MNN 3 3 e e e e o e e e e e e e e e e e J 2 A MC as O OO CO CQ OO eC e
.J 6 W W
- O >
& 4 .J 2 W W ** 4 *e me 4 se QQQ QQc Qcc Qcc N we og .e o a A e e e e e *
- e o e e e e e >=
M ao O
@ ** O CO Cc cc oc MC U 3 N L en COO
- O. 4
- =
d W CCC OCO OOO 00C QCO cec Wc e 2 A
- e e e * *
- e e e e e *
- J == ae
= J W DQ CC CC OQ OQ CC cc as a M w aw w M Q L Q A A 6 W OCO OOO QOC CdO COO COO OCO mW m
) e e e e e e e e e e e e e e zz g CO CO CC CC OO CO OO >>
e4
@ 2M
> W OOO OOO OC
> e e OCO *OOO QQO CCO CCO 66 3 e e e e e e e e e e e e M w QQ CO OO CO OC CC QO AM
.J c3 2)
OO 63 as W C3 C O OOO C f5 O OOO OOO CCC COC C3 O
> 2 e e e e e e e e e e e e e e oo y
m @ =D e4 a
as w OCO OcO OOO ed J p 2 ** e e e e cCO* CCo*
OCO C O c3 J .J M
- e * *
- as as M
.J E QQ QQ QQ CC CC OO OC Z w 66 >
C C 2 OO me a. m se se an en a en a 2
an se am an a me > > = o 3 w Z ** N we N *N ** N me N 84 N M ** N 22
> M e, mww c es w A == = m as w cww cww aw as wy e g e e e e e a w uu 2 6 e == M P* N # # e W 32 2 3 O C 6
O l
- 4 **
l N
I N A wW 0 0 W 4A F 4 4 w Q @ d 4 @ g u et 4 ee == e.J e e e e a w se =
.J A ** M N N ID as .J === N W **
- O at =w 31
i l
l N P= J ee@ M@4 N as og W@@ ** @ M N@ ED C 80 ED ' >=
j'N** e ee e M e e > e e N e a ee e Q e e ee a g g
- NN NNN 4 ==e as @MM NMM MW4 m@ @ W ae O s=e se MM MM . es we se @ @ :le M >= 0
] % u M W h" 2 WNN e s @ de A. m e. te Wed
- ee .@M e M.
M44 e e e WJe
, e e W.
0 QQ QQ QQ QQ QQ QQ NN 4 N e N O
% 3- ****** see 4 4 40 e a N@d 80 C Q Q me W Q e 80 me 2 *
- e4 e e e e s=s e * ** *
- N *
- N e e >*
I QQ QQ QQ QQ a4 *e * *
- MM u "
% A i sw 80 3 e4 me me M N P= 4@@ N>=>= NOO 4ee A N P=
- 3 e e me e e me e e M e e M e e N e e N e e m j QQ QQ QQ HH NN M *e m44 et .;
d 1
3 eNN @ me as @**** FMM @ m's as MNN e eC Z e e M e e @
- e @ e e M e a e e pi. e e 3 QQ NN @A AA NN QQ Nee me sie Q
Q 3 #NN aee aW4 MNN aef COQ 4 M ** as e e M e e N e e M e e e e e e e M e e @
QQ e4 og N@@ m N P= NN OO M e0 00 W
- me A W
e 3 N = -e mMM N e0 en c0 @ @ N4e QQQ a 80 W E o w e e N e o Q e e N e e og e e e e P= e
- M W 3 OO =4 .4 med me 4 4 OQ QQ Nee >= :
W ce es A W e 2 i
3 80 e a NNN OMM NNN N Pe N @QQ E0 W eD >
Q M e e N e e CD e a N e e M e e M e e M e e 7 CC MM Pe ay *w ed we ad NNN '2 1 g me me me j 2 '
W A A 3 2 3 WMM @QQ J @ 06 @NN eQQ &NN ese P= >= M 3 @ W e e og e e M e e A e e M e e e e ee e Z
== ad A CQ a=e me MM
- =
ed me NN QQ a=e e 80 8= U 2 Q 4
- u. W O **
2 mM MNN =9 4 @ P* A A N44 MNN QQQ- 4QO N O w N e e ao e e N e e ** *
- e e e a ee e C U QQ QQ "4 M QQ QQ QQ MM W
Q 3 E 2 w 2 M m OW MNN P= F a ** as as CCO MNN MNN 2 e e e e e 4QQ L 3 N e e ese e e e e e e A e e g '
QQ QQ QQ
@ d HM MM QQ MM
.J 6 O !
- O e A ce ,
2 Q W MNN @A4 N44 @QQ dMM N we se O P= N 1
O W H e a e e me e e ow e e e e e e d e a E M 2 CC CC QQ as og CQ QQ NN a
>= me Z
Q :D P=
m E Q me o W MNN QAA m 43 4 eae esa eA@ @'d e Wo W 3 u H e e se e e m e e e e e e e e y e e c me H
== W QQ QQ QQ QQ QQ QQ NN WG W A M AW .J
- W A 4 Q M W m O o= W #NN N##
- W 10 4MM 4MM @4d Ae# == W em o.e e e e e me e e e e e e e e e e e 22 O J QQ QQ QQ QQ QQ QQ NN 8= t= A **
en -M M 3M N s 00 e gf 4
d W P= a a e e e@p we e e e-r e . m == me QQQ QQQ N P= N 6 u. Q .c 3 e e e e e e e e M e e p W QQ QQ QQ QQ QQ QQ == as WW w C7 J GQ W 4
J oo M =
W QQQ QQQ & N
@@A Ned N ee me QQQ MNN OO 2 3 e e e e e e , me e e o e e e N e e oO M QQ QQ QQ QQ QC QQ Mm CO F
@J @
>=
ac Jd M e W N ** M e e u9 ** ** eNN 4MM QQQ em me ==8 e ao e .J J <
P.' 3 e e e e e e e e e e ,e e e es og Q 2 OQ QQ QQ QQ QQ QQ QQ eg W 66 M R O Q OO N **
2 2 MM e.g o. .= en an an a m <= en an as an m e an i= e.
3 2 MN mN' k
M A A== @ ew w
- N m == w mww mN MN Q w ==
- N Q w me
@MN Q == w EE WW O&
c Pe E e e e e e o W UU o 4 6 M w M #m N W p e W 23 J Q b =9 - M N N A WW Q Q Q f '
4 W Q 4
4 e 1
o 6
z M 4A F to n e a h
ese .ee y e e e e e W g a= se m C een 8's M P=
- N W D e.1 8'e N We Z H sw se Q q w as 32
i I
l l
l l
\
N N .J NOM M 4e e P= a *Na man c,0 C i
~ < e e e@
,e c. ee e. r e e me e e e e **
e 4a % ea NQ NN *@ F *4 @ d aN ae Q MC4 3 Q me N M e4 O en i g M
> ** I h Z wM e O. . N e. m. . N e. d e O.e m. W. M
. .e N. d. w M. ce eMM N e e I
1 CO OC DO NO MQ cO ao m N
N
% 2 OCO OOC M e ** N d ad MMC OOO dNM-
- Z- e e e e e e e e e o e e e e I CO OO, OC OC OO C3 O an O e
2 OOO O C C3 ed M C M @ ** N d me CCC dNM 2 e e .e e e e e e a e e e o e j CD cc cc OC OQ- OC *e O 1 c e m. .e N. , N d. **e m 1
- m. c o. me O ce e. -e C N N. m. e M4 m. N. .
- 2 OC OO NO AC =* O OO O =e tg
- Z
.J
- n c C. O as M c ->da oeA- awn ccc e m ** J e e e e e e .= a e e e e e N e e ag (3 0 0C NO NO =* O CC 4 e l 4 4
! @ Q !
a e w 3 CDD we M O P4e NOM MeM OOO CN@ >
c > A e e e e e e e e e o e e N e e y w w 2 OO OO NO NC CO CO @C , A W K 4 ee !
e Q
]
O 3 CDO C Q (3 ddN N#N MNe OCO 4de C C m A e e e e me e e N ee en e e e e me e 2 OO OO FO N ** M C3 OC 4N
- 4 5 we fit W w A A 1 2 3 OOO m M C3 C&A e c6 e a av N OOO @MM 2 O O U M e e e e me e e M w e e e e a e e A
>= M M OO O r1 N C3 m ad me O Q f3 eN E W @ **
- U w 2 C3 6 w c c
- 3: MM COO OOO Om@ dNd N 4 e4 C C3 O O4# as c en e N e e e e ce o e ce e e e e e e M e e
.ee c .e e U y
O t 2 E 2 M >
>= w 2 oW ccc e e COO M 4 ** CCO COC CCQ M e **
Cg 2 4 A e e e e o e e o e e e e A e Z A OO QC OQ QQ CC CC OO A
.J . 6 > W
- C .J A A 2 A W COO M e .g dNM M @ =* ccO OcO Nae a o y e e e e e e e e e e e e e == o e >=
M .J OO QQ ow Q OQ QQ QO MQ U
> 4 3 >
cD O O as z
se w
W A
es M O e e
- 4#
re N*4 me e e
- M C COO CCO M e ad Wo
- e e e e e* N e e. dm o A
.J w
W DO NO MO cc OC CC d =e *3
- O aw ==
4 0 4 A i W wMO Ned aMN OOO N 4 ** N 4 as a C3 O MW W J t e e me e e e e e e e e e
- N e e ZZ Z l OC MC ** O QC CO CD da >>
n
- C NE OO
>= W N d me MNd N e me OCO OOO OOO N@ S 66 3 e e .* e e e e a e e
- e e m e e ud w QQ Mc CO O C3 - C' Qc aQ MW
=
ad @@
0o a
se W COO COO AaN me M C N 4 == 0CO CD M # OO N 2 e e e e e e e e o e e e ee oo y
" W OO QC as O OO OO 00 N r3 oo e em 4@ 4 i A -
m .J J W N d me N d av mMO N d we me M O C C C3 eMe .J w M p= 3 e e e e e e e e e e e e e e g og se
.J ' E OO OO OC CO CO CO NO 2 W 64 > 1 O O OO d E E
- e. = .a m ae an a aa ==== ma =m > a= c 2 6 2 *e N - == N me N me N 84 N *e N H == N 2E
& @ w en mww m == ee e er en Oww ce w == c == = ww W
== M g e e e e e w Uv g 6 M . es M N N W y e W 33 3 1 *e as N N & WW 4
D C C i l i O 4 W L& W d
og 4
me W D e
d e
4 e d 3 to H e M
e l"*
e e W .J se e M M N # D .J MN W ae =* O 4 en as 33
i
'l N N .J @ (> M AMN A@@ NM@ NNe eNe M Q e4 t > as e e -N e e M e e ee e m e e o e ee e
< %
- MQ - 4 ae N ae QN ** C dQ mCN
- Q Q on N 9 m O w M t= me J %
m 4
a .
H 2 000 e4N ** N O M Q ae QQQ NMM Q@@
e e e e a e e e e e e e ao e e 9 OC NO QQ NO QQ HQ 4C N
N
% 3 CCO #@ N ==8 N O see N O N M ** MNO @@ e w 2 e e e e e e e e e e e o e e 2 QC NO QQ QQ == Q QC eQ e
l 3 OQQ QCQ OOO M C as MNQ QQQ e4N 2 e e e e e o e e e e e e e o QQ QQ QQ NO QQ QQ NO 2 OOO a4 N O NdM eNe ** N O == N O eee ==
2 e e e e e o e e e e e e me e e e 3 CC OO eC @Q QQ QQ e4 C 2
- Z
.4 3- OCQ QQQ dPM NM* CCO M Q ** . as N 4 .J e e e e o e e e e e e e av e e g QQ QQ MQ *e c QQ NO NQ D
M H 3 OOQ N M as M C me MQw adN OQQ Nee t-Q g e e e 4 e a e e e e e e e av e o y j W W 3 CC *O NO NO NO OO NO , S. '
W W A W Q j
)
e r e i 3 OQQ N M =4 4@M MA4 N M ad QCC M C ad C i O Q e e e o e ee me e e o e e a N e e j 2 O O L") sa O MQ mQ ae Q QQ W as w 4 *e =e 2
w A N 2 2 W 3 QCO CQO- eMN men N M me QQQ NeC 2 O O Q. A e e e o e * *e e e e * *
- N *
- A
> es A OO OO MC @Q == cs QQ e av r
- s. U ae N W 2 Q
& W J Q e a W == A CCO O Q c3 se N O eMN C3 O O OOO 4mM e4 C w Q N e e e e e e e e e e e e e e d O U CC DC CO MQ QQ QQ MC 2 m M W e Q e a =
E 2 * ==
- M M 1 OW a* N C *NQ *NO QQQ QQQ QQQ MCa a a e e e e e e o e e e e e a e e a J Q e QQ QQ QQ QQ QQ QQ NO M w 6 > W as O aJ
& a 2
- W MNO N M ** QQQ QQQ QQQ QQQ M C se **
O as a e e e e e e e e e e e e e e N .
M i QQ dQ CC QQ QQ QQ NQ U I
>= g, 1 O N j Q -
C -O ,
as 4 W QQQ e@N OOO QQQ as N O a4 > C 4@M WQ e g p. e e e e e e e e e e e e e e e c == Q J
> J W QQ NO QQ QQ QQ QQ MQ 43 I W W &W ==
w Q &
Q M A W QQQ M C ad NMM e e C3 C Q e e QQQ QQQ AMN ad W W t e e e e e e e e e e 22 2 CS O NO aQ OO OQ QQ MC N t=
C e , au QC
> W M C ** as N O N M ** as N O OOO CCC NeM w6
>* 2 e e e e e e e e e e e e e e
>d W NC QQ ** Q QQ QQ QQ- eQ 'MM
.J (D e me QQ R
es W QQQ ad >= Q Q C5 C 4mM M C me QQQ QAe QQ
>. 3 -e e e e o e e e ' s e a e av e e QQ y A QQ QQ- OC MQ NO QQ 4C OO @
@G W
> L ed .J as W ad N O QQQ QQQ N M me se N O CQQ #4N .J .J M p= 2 e e o e e e e e *
- e e e e- 44 M
.J 2 OC QQ QQ ** C QQ QQ NO 2 .
W 66 N 1 O Q QQ 2 2 as pa an a se se an en se se me an en an en an en t= N O 3 6 Z as N ** N ** N as N me N en N M me N 22 4' mww m=w @ww e=w Q=w Q ea w Qww ww M ,
na M g e e e e e e W WW 2 >
6 M = M N N e e F W 22 2 0 ** M N N 4 WW Q Q Q l I i 9 8 A AA M 4 4 W Q 4 4 4 4 a si 16 A me me W e e e e e W a= an m 'j
- 3. as M N N @ ) se N e as em Q q ww Y
i 34 l
__ _ _ _ _ - _ a
l N N $4e Nee MNe m04
.J Ne4 =e 4 O NOA I g e e M e e ee e @ e e m e o e e 4 e e h %
E3 O
A C @M ne M NN M
eN MQ OO MON r3 \
LJ M > .e i 4 %
^ @
h 2 000 e e M J. Ce e Me N.
000 e e mdo e e C Oe O.
JNM e e 1 CC CC NC OO CO OC MQ N
N
% 3 M 4O M @ == =e 4 O OOO COO CDO 4 ** N
- e 2 e e e e e e e e e e e e e e 2 OO me O QC QO OO OO MC
% )
l 3 coo -e d e -Jo ecN -e d e coo NMM i E e e e e e e e e e e e e e e l CC CO OC NO CC OC eQ I 3 oce e o cee e e M@-
e e ee, -do -de MOe m 2 * * *
- e ad e e A 3 CO OC *e C ,e C CC OC (O O e Z
.J j 2 OQO M*N @da 40 @ e CCC C00 NeC J e e e e e e e e e e e e N e e e 4
OO MC 4C eC QQ cO Mw
- 6 O
A A 3 CCC QCO @HN DNN ** @ C CCC m tD @ >
c g A e e e e e e oe e e e e ed e e u W W 3 OO QO MC MC CO OO 4O A W >
L W D A Z e 3 OOO NNat MMM @@ r NNas CDC OM@ C D C A e e a e e e e e ee o e N e e 2 O OO es c eC 4O ae C OO NO w 4 m *e 2
W A 3 3 2 W 3 OOO QCO NMM W ee eAN OOO N4O 3 O O L A e e e e e e **
- e ee e e N e
- L
- = me A O r1 OO eO 4O NO O C3 M ** E
> u ce U 2 O w W O O e 1 W *A CQC ndC DmN N N *e 30C COC 13 @ e =e O m o N e e e e e e e e e e e e d C U QC OC MD =e C CC OC ,e Ce 2 M 4 W W S
- 2 T E Z me m
- Me i CW OCC COO N N an OOC CCC OQC N N se Cg 3 A e e e e e e e e e e e e e e A e O A Qc Qc as O OO CO OO *e Q A J 6 N W m O .J 4 @
2 e W M@O =4 @ d =e 4 C CoC ooc ccc M@an m o M A e *
- e *
- e *
- e e e e e N M
>=
> A 3
cD m e W O C M eC JNM CCQ meO CQO cO S e WO e z > A e e e e e . e e e e C C. O. e e c .e o
- J W Qc Mc cQ CC Qc cc ec *2 A W AW w M c &
C A A W eAN JNM M4C QOO QQO OOO =e e A ** W m I e e o e e e e e e e e e .e e e Zz 2 No Mc CC CC OO OC ec >>
U 0 M3
> W OO NN** e4N NNM MdC OOO Qcc @da 66 'i
> 2 e e e e o e a e e e e e e e re W MQ NO MC OQ CO OQ dO AA J CD a3 OO O '
4 W OOO me d O WdO N N ed me 4 O COO A se N OO
> 3 e e e a e e e e e e e e A CO e e oo W QC ~00 MC CO CC MC 00 Q
> JJ 4 e W cQO .J .J
> e e
- 4O edN eeN me J O OOC CNA .J .J M 2 e e e e e *
- e e e me e e g4 M W 3 OO OO NC NO OC CC eC 2 W 66 >
O C OO Z Z w a. en ma aa m as an m a me 3 6 Z pe N ** N me N me N m en a en N e. o me N ce N A ce N 23 M
& Www mw= mww Aww Cww cww cww WW M
- h. g e e e e e e W uu 3 la. M = M N N e a* e W
=e m 22 2 6
N N A WW D D Q l i e i 1 A &4 N 4 4 W O 4 4 e e 2 18 88 4 m m W e e e e e W an am m 4 se M Po N O 3 A
as N me se Q g ww 35
. _ - _ _ _ _ - _ - _ ~
i
)
n N J @@M eg9 @
C, Ne Oe WCC 1 i N . N . e ee . CeN. .N. WeO e e m M.
ee , e e 1 4 % >= a ** *4# as @ a3 NMO OM 4 ae 4OO I
- O O m N M av s=e OM W M e= me 4 %
83
< e Z =4 N O @ae M M e4 N M ao NMad MOO O4a i M e a e e o e e e e e a e e M e e l 1 OQ =* O OC CC OC NO ew 'l N
N
% 3 OCO WNa OA0 MNA A 00 N N*M a* M @
av 2 e e a e s.4 e e av e e e e e e a e e M CC =* c =* O as O OO a* O 4 se
- a 3 med *NA C00 l 2 Q C. C. 4 e. me Ne e - e e~ M Me M. M a Je O. ,
CO CO M ae ** O OO cC 4N j 4
)
a 3 000 Mmm MO4 NNN JOM M NO ONM =
2 e e e e me e e N e e e e e e 4 e e M 1 2 OO OC ~NO e me QC OC NN fu Z
J 3 CDO NMM Ccm Mee MND QCO O@ r .J e e e e av e e *w e e e e e e M e e e Oc CQ mc NO QQ QO a*
6 A M 3 ** N O 4@ M m en N mod =* N O OCO 4ON t=
c g e e e e e e e me e e e e e e N e e U W W 3 OO OC OC NO OC QQ # == A W >*
A W D A E e 3 QOO J@ M CdA @OG 44> me N O N ** M C C O e e e e e m e e M e e me e e ee N e e 7 O E1 OC mC 4 ad NC OO as M w 4 O.e a m 2
W A 3 3 2 W 3 *e N O OMA ed N O 4 ed we NrO NMM N Pm M Z !
o o me A e e e a4 e e N e e a e e N e e e e O e e A I e= e OO as O M me NN M as OO as A e E '
>= U m -
N U 2 c5 6 W J Q e a W ad A CCC e4N ew rs me o N M me cOc e4 @ a av o m o N e e e e N e e e e e e e e ee e 4 c U QC OO M ad MC QQ OC NN 2 f
== A W d l l 3 e 3 T l E 2 O as N l M w a CW COO @fa @MN M A ** NMM COQ @4M 2 3 e e e e e ao e e e e e e e e N e e e
@ Q A OC an C NO OO C0 CO q as A
.J 6 >= W w O =J Cm 9 2
c as e e e e e e e e e e e e e me e e p.
e=e i QQ cO =Q QQ QO cQ NQ u
> a 3 #=
2 O O me < W N M ad an N 4 eNe N as M M m me COO me e a yO e 2 ** A e e me o e o e e e e e e e M e e .0 pd Q e= J W CQ *Q MC a9 O QC CC # as er 2 A W AW =
me C Q.
c A A W eJN CeA M A ad a4N M A ** AeN @WM wW 2 i e e me e e e e e e e e e e N e e =2 2 CO a4 O OO CO C0 cc em NN O
O m2 QC N
- =
W M.8 a
cd e e 4@M d@M e e we N O
- e OOC e
- e 4QN . 66 2 N e e
.J mm
>= 0O d .
d W e4N M e me N4e N M see N M a4 M 4 as me e a OC
>= 3 e e ' e7 as e e i e e e e e M e e CO W W CC OC NO OC , OC .OC e as Oo to
- s. LD @ 4 N A ad al 4 W N M ad Cee rg P @ N@4 OCQ mNy aeO .J =J
>= z e e , as e e se e e me e e e e e e a e e e at Me m
J 2 QO ad C as C ** O OC as O dN !!
W 66 p C C OC 2 2 me >= == a= me a= se == an == se en em. en an an == na sa C 3 6 2 ** N =* N == N ed N me N as N OM N 22 A e=w @ww eww @w w c == w Q=w cww WW e
>= M E e e e o e e W UU 2 6 M w M N N # # # W 33 2 I I ** ** N N A WW !
c c o e i a a a e a a, e 4 4 W D J 4 4 4 m Il et e i se og W A
e e e e W
e W _J an as a 1 M M N N as 3 as N M M W Q 4 ww 36 l
l l
\ ______-_____---_A
1
') 1 1
l 1
~\
N .J W @Q@ mM@ w ee ao Q ad s'N~
o % >
< e. M.
NO
. . . ~ e e eM M eN MM
.e e d.
=8 Oe .
M O e @ e.
=* 4 e e .. .
ao N Q .
@ Q@
u4 Q Q M N M M QN faJ M Pe me .{
l %
h 2 NMM ASM kNM FNN, men @eN @eM Y e e e e e e e e e e e e N e e i QC == Q =Q QQ- QQ QQ ea $ J 1
P* I
>= . .
% 3 N M me M e ** OM@ Pm N M .N M ** NMse e@N -)
se 2 e e e a N e e e e e a e e M e e i 2 OQ QQ' MQ mC QQ QQ W as < -
% .i l
Ja NMd CD m e me A O as eO A M A me QQQ A F me i 2 * * *
- N e e ** e e e e e e e e e '
OO ** O M ==s =e Q Q Q- OQ PN 3 Mew 4QM N@Q E0 M F NMw QQQ ** P @
- 2 e e e e N s e e e e e e e a e e m' 3 OC ** O M me mQ QQ QQ @M- cr i 2
I !
3 as N O @ CD M MNO OQQ e@4 .J )
e e ** N. O. N N 4. C* N e e e e- e e e e e = ;
QQ QQ M =4 e m '. OQ QQ eo N
{
Q i l
M M 3 CCC eeN e W P. @ me @ m ao N QQQ eNO w 4 O g A e e e e me e e no ee e e e e g e e .u .
w w 3 QQ QQ NO MQ QQ QQ >= N 4 ,
w > '
& W Q g g e 3 OQQ M A me AA> QNM Q@e 44W # N P= Q Q Q H e e 8 * ** e e m ee 4 e e ce e o ee e 2 O QQ QQ NO eN '@N NQ ed M @ w as =4 N !
G u A 2 2 2 w 3 s4 N O NNM M ** 4 @ Fe # $ *4 N M ese =0 ** O 2 O O Q. A e e e e c4 e e M e e N e e e e cc e a c.
>= a4 A QQ dO NO 4 se ~ M ** QQ ee E
>= y me
> U 2 O 6 uJ J Q
- 3 al M A CCC 4OM @A# M e0 4 OQC CCC @MN ed C M C > a e e e o e w e e e e e e N e e 4 0 y QQ ** Q mc en Q QQ QC #M 2 -
m a w 'e Q e a I r 2 = == T.-
e .t
- .M + QW QQQ P* N M . NNM CCC CQQ QQC eM4 l 2 3 A e e e e e e e e e e e e sie e e e j Q Q M QQ =* C *Q QQ QQ QQ NO W
.J 6 > W ne Q .J
- a. #
2 e W QQQ @Ae @@r NMM C00 QQQ QMe **
Q Q W e e e e e * *
- e e .
- N e e >
M i QQ MQ ** Q QQ QQ QQ MQ O
> Q.
D =
m -
C O
>e g
d W e4 N Q e e
- ee en e e r>Ne e QQQ e e
=* N O QQQ P= # e WQ e d e e e e e.e e e @ ** O
> .J W QQ dc QQ QQ QQ QC NQ d2-W w C. W w
- O 4 3 A W W N M at DOM me N O MNO QQQ C3 J W ' pd W W g e e e e e e e e '
O Oe O. . . e e 22 '2 QQ mQ QQ QQ QQ QC a* Q >>
Q W .a , at et i OQ l
> W ** N O OOO mNO QQQ #1 A as DOM E6
> 2 e e ee - mNO e e e e e e e e e e l he W QQ QQ QQ QQ QC QQ ' ** Q MM.
.J d3 10 ha CC l 23 . -
W W QQQ e 80 N see N O e4 N O - COO >= N M QQ
>. 2 e e e e e e e e e e e e .e. M e Je CQ W M QQ QQ 'CQ QQ QQ ** Q *NO CC Q
> '@@. 4 A ^
ob . D W W QQQ N M as a >= N OQQ QQQ 445 N d C3 . J .=J W
>= 2 e e e e e e e e e e .e o e N e e as at m
./ 2 OQ QQ QQ QQ QQ NQ M as 2-W 66 m Q Q QQ j 2 2 we >e me se am sa mm an se an a as as an en en an >> Q
\
3 6 3" *N == N =* N MN *N ad N e ** N 22 L m au = @ ee w mww mww Q == w Q w en Qww yw- M
>= M E e e e e e e w Uu 2 ;
6 M ao M f* N e e e W CC as 2 i M se N N A Ww Q Q Q l i 6 8 i e C. Q. e0 4 @ W Q @ d @ 4 dC O j 4 e e e e e w , .i.t .6 6 4 M i M P= N e a .J.d ** N l W e4 ee Q at e *-
37 i
l I
I
__.-____i_.___-u.---=_-------
l l
l i
l l
l h J Q@$ Ww4 N, Qs@. AC & M GD i 7.: ~ . N e e M . e M, e e M e e # N N.
s M Qe @e i sr % == cQ @ as M e4 mN m se NQ av Q 00 ,
,a.
Q O a4 me N N N Q l M >= as I %
h
< 4 i-* 2 MAQ an @ c 9NN e4 QQQ Q@@ ,
N ao. a.s e e e e. e e N N. . a me . . 1 i ** O OO OC NO a4 Q QQ dO '
~
P=
> l
% 3 N ed m ad AQ M 4 ad ANN NeM M M t3 C 00 e i a4 2 e e o e e e e e o e e e og e e q 2 as O CC a4 Q NO MQ QQ mQ 1 M
i 3 ** @ Q N as == N meav M44 CQQ QQQ CD F a l 2 e e e e a e e e a e o e e o QQ e4 Q == Q ** Q QQ QQ eC i 3 ** m c3 MAC 4MM ** A C OOO QQQ @@ e am 2 e e e e e e e e e e e e e e A 3 QQ QQ MC CC C c3 e c3 eO m l z
.J 3 ** A Q N me an e e eea eee OCQ QQQ == W Q aJ e e e e e e e e e e N e e as OQ MC #Q #Q QQ QQ as as -
M W Q
M 3 ao e Q M 4 se 4MM mee >&a QQQ eD M M > ;
Q O e e e e e e o e e e e e N e e Q )
W W 3 QQ MC MQ &Q #C CO A ad A w l 2: **
A w Q A == e W 3 M@Q NM as M 4 ad N 40 M N M G3 N as a4 NAA O Q g W e e e e e e e e == e e e e M e e 2 OQ ae Q av C5 MQ & (5 a4 C N ew =
4 Q =* I or Q i w M **
3 2 3 N ad av M 4 ** N as ed ,NN eNN QQQ ANN T C C 3 A e e e e e e e e ee e e 4 e e A
== == W M *e Q ** O a4 Q NO NQ QQ mQ t
> a h= U Z Q 6 wJ U C e 3 =A N me me ANN N as ad ad @Q C3 O C OCC e&a =4 C = c > e e e e e e e e e e e e e e 4 O W U we Q NQ ** C QQ QQ QQ &Q 2
- O w at i
1 Q CE Z E 2 O M >
> w e Qy N em as M 4 == N**== QQQ QQQ QQQ p. e M cs 3 a A e e e o e e e e e e e e e e A I @ A ad C aQ ad C OQ QQ QQ MC A
.J 6 C y
- Q = l 1
2 4 W QQQ ANN ** A Q QQQ COQ QQQ 4MM =
Q e e e e e e e e e e e e e e e e >
- QQ NQ QQ QQ QQ QQ MQ U
>= Q.
l3
- c3 .
C Q w
g at
>=
W w
QQQ e e e4 A Cf a e M4M e e CCC e e CCC e e
- CCO e e yNN e e WO 4m e
Q
= .J w QQ QQ *Q QQ QQ QQ NQ 4 't A W LW
M Q &
Q d M W N me me M4M QQQ Q Q c3 COO CCO eNN MW dr i e e e e e e e e e e e e o e 22 I
=4 O aC CO c3 Q QQ C3 O NO > >
Q 6 at Cr CO
> W N as ad as A C QQQ QQQ QQQ QQQ M 4 ad 66
> 2 e o e e e e e e e e e e e e ad W =* C CC OQ QQ QQ QQ a4 Q MM aJ CD CD M CC G
es W as A 'O M 4 se me M Q QQQ QQQ QQQ ehN OQ
> 2 e e e e e e e o e e e e QQ
@ QQ e4 O QQ QQee - , QQ e3 C NO QQ W
Q G4 as 4
ed J e W QQQ QQQ - meQ as e Q QQQ as A C M 4 as .J .J M ca 2 e e e a e e e o e e e e *
- 4 et **
J 2 QQ QQ CC 00 QQ 00 ae Q 2 w L6 >
c C CO 2 2 a4 >= se sa se ==== == as ==m. as am en a se a > b. C 3 6 Z as N a4 N ** N == N =4 N am N A a= N 22 A @ww e=w Aww A=w Q ea w Qww Q== ww e in M E e e e e e e w yy cg b M ** M N N O F F W 33 E I M *4 N N & WW Q Q Q l i t 1 i W 44 M 4 4 W Q 4 4 4 4 QC ti si to av me y e e e e a w .J == am m Gs. an M Pe N GD > a MN A m a4 Q et na w 38
1 4
l I
A I
l N
i P= J Q@$ NM4 og e e W '4 e N@M @Me MNO N44 N as N e e e e e e e e e e @ e e j %
'&" 2 000 e e 000 e e Mko e e NOM e e 000 e e MNO e e emN e e i I OO OC ** Q MC' CC ** C3 4O I P=
P= .
% '3 N#* ' ee Mr Q COO OCC ==8 P* O O C Q- eeN
.e 2 e e a e e e a e e e e e e e I MC se Q QQ QQ =4 0 CQ 4C 3
% i
~ l 3 No* QQQ QQQ QCQ QQQ 000 No< l x e e e e e e e e e e e e e e 1 MO QQ CC QC QQ QQ MQ j 2 Nea -> c New C00 00C 000 emN = !
x e e e e e e e e o e e e e e m 3 MQ wQ MQ. OQ QQ QQ eQ m
.J 3 NeM M**=* M -8 =8 =* N Q CCO OQQ @Me .I e e a e e e e e e e e e e e e W MC 4Q 00 =* C CC CC* ~ WQ a M W }
w Q j A W 3 N e me NeM *e Pm C eeN M ** *d OOO NM4 > .
O g m e e e e e e e e e e o e m o e U w 3 MC MC ** O 4Q dQ CQ QQ 4 w Q N 4 O ** e a w e 3 eeN MNO QCQ QQQ DAN C00 COA C :
O g m ee e e ~e e e e e e e e m e e I F W d fi MQ QQ QQ CO C3 C 4O w 4 4 W 3
W A W 3 2 3 OOO as Pm O OOO OQQ QQQ C3 O O sus N O Z I Q Q c e e e e e a e e e e e e e e e a j
== =4 W A CC e4 O OO OQ QQ Q C3 ** C3 2 1
- Q
> U E O w W Q
- l
- a . c. m
- QQe P- Q Q e e3 eQC Q ci c Q Q e3 5C -. !
O w a > e e a e e e e e ee e e e e '
e Q U CQ ag C OO OO OC OQ ** C E
-8 2 W W Q s 3 %
E Z Z M p M > QW QCC j m
M A e e N e **
e e QQQ e
- QQQ QQQ QQC N e ad <
3 *
- e e e e e e M I c 2 M QQ MQ QQ QQ QQ QQ MQ A l 6 W W J. Q - '
1 4 .a l
2 W W .g N O QQQ 000 QCC C00 QQQ =a N Q =
Q CE H e e e e e * **
- e e e e e W l M
W MQ OO QQ QQ CC QQ ** Q U Q.
D k ]
CD Q #
== 4 W =e N O QQQ CH3 O OOO OOQ c3 C O == a= c WQ e j g > d e e e e e e e e e e e e e e J we M {
, * .J W d O QQ QQ QQ QQ QQ *O 42 i I e W CL W w l M Q &
Q A A W =* N O COO OOO OOO OOO QQQ *e > Q ==8 W Cr t e e e e e e e e e e e e e e 22 2 e
- Q QQ QQ QQ QQ QQ ** Q > >
N Le M ot
> W QC -
ed P= Q -Q Q Q QQQ QQQ QQQ Q C3 O em P= Q 66
> z e e e e o e e e e e e e o e l M W mQ 'CO OO QQ QQ QQ ** O AW '
.i a3 0 M
QQ C0 e W ed P= Q QQQ QQQ QQQ QQQ QQQ ad h & QQ
- p. I e e e e e e e e e e o e e e CC, W
@ ** c3 QQ QC C0 CO QQ "O C0 4 ,
k W@ e j
= dd b w - P= Q QQQ e=O QQQ QQQ QQQ N e .< .a .s a '
> z e o - e e e e e e ee e e e e e as w s R ** O CC ** O CC QQ QQ MQ 3 W 66 >
Q Q QQ R 2
>4 > an en em am se an == me am se an en an an >> Q 3 h 2 sm N =4 N ** N ad N see N mN A me N 22
> M
& e=w e=w mww Aww Qww Q es w Qw en Ww A K e o e e e e W WW gg 6 M
- M P= N # e e W 3& Z l ** =* N N & WW Q Q Q l i i I 1 A A4 C=
4 4 W Q 4 @ @ d 2 H 81 A ew e me F5 M e
PE e
N o
e e y ou ==
a me N
@ we we Q 4 er er 39
__q N P= .4 4@@ @ N P= Q (D eD A44 @ cc e3 OM M &>@ >
P.
e g Q e e M e e O e a Q * * > e o ed e e A e e 2 i
- 4 % be M#.# MAA J P= >=~ P*N N NMM s=e A A M@@ '
- W Q Q *9 s=e NN MM ad ad N@@ 3m W M >= Q 'I
=J % U M 4 W i H'4 2 dMM M ad me e@@ @NN M as ad NQQ C0 A A N !
e e N e e M e e N ee N e e N e e me e e
) QO s-e M QQ e4 we av et av se en 4 A W
>=
'>= es P* . O
% 3 P= M M Q@> e e 40 . ANN a0 es e as A A . &AA se 3 e e N e e M e e N e e ao e e ad e e at e e he E OO QQ e4 ** sd ** CQ QQ ** A A O W --
p 3 ANN P= 60 e to N N AeJ QAA QQQ AMM e 2 e e **
- e e ee M e * ** * *
- a av e
- cu QQ QQ NN ** me QQ QQ ** A A @
3 4MM N44 M@> NMM #44 ANN NQQ 2 e e ao e e 4 e e e e a4
- e e e P= *
- 3 .CQ -QQ NN P'M M QQ QQ at 80 e3 C
0 3 eNN &44 80 e4 *4 4AA JMM M M e4 d@@ M e e on e e ee e N e e e e e e Pm e e g OQ QQ MM MM QQ QQ M NN W W
W 3 eNN O@@ FQQ Q e3 W 4NN Q.C Q M =4 *8 E O A e e en e e g e e d e e N e e e e A e e en W 3 QQ QQ NN NN ed e-4 CO at P= P* M W
& W M 2 3 4NN 4 Pm Pm P= 4 J A N P* AMM @@ @ NAA >=
Q e e e se e e A e e p 6 e av e e og e e A e e 2 OQ Q fi NN we 4 4 MAA QQ M44 2 sg me ** me 2
W M A 3 2 3 eNN NOQ 80 P= > @>@ Q e3 e eNN N P= P* 2 O O A e e N e e A e e g e e 4 e e e e eo e z se me A f3 Q me me NN me e d NN O P4 NMM
>=
e= u 2 M se a c0 W W o M 3 en A N ** at 4 N Pm N9e N44 dNN QQQ ** M en N c3 me >= a e == e e A e e A e e e e e e M e e 4 Q U QQ QQ NN NN QQ QQ == d 4
- W Q 2 E 2 me T
ka >= QW M M ** NOQ Q** M**=* NM we QQQ Q ED 60 4 3 lw e e e N e e M e e e e e e e e 4 e e g d M QQ e4 ed ad ad CQ QQ QQ NN a4
- O
.=
Q e
a av 2 O W tNN M M pe a M ** PoM M QQQ QQQ 80 P= Pm O W W e a N e e N e e e e e e a e A e e 2
- 2 OQ ** M at a4 QQ QQ QQ NN e
- p. M Q eo
=
M to E O me O W @MM N@@ Pm NN @W& ANN MQQ WQ M z U @
- 4 e e e N e e e e e a e e ' @QNN e e dM M pa y QQ **=* ** ad OQ - QQ QQ ee WW W W @ 4W #
M W C H A .m A m < rt
>= W #44 Q&D a6 A A ANN ANN, P= M M N so 40 a4 W **
M en e e a e e as e e e e e e e o ee e Z2 O J QQ MM QQ QQ QQ QQ MM >M we A y D NM M l a oO e a:
N
>= W eMM A N Pe Mdd ANN OOQ M ed me
- O==N N u. W Q <
M 3 N e e N e e av e e e e e o e e 4 e e D W ** 84 M se QQ QQ QQ QQ MM 'AA ** U
.J d5 CD W 4
A OO M :::
W 4MM 3 H M44 ANN N44 _ea# QAA #'#e #e QQ 1 3 e e ed e e N e e se e o e e ad e e P= M M QC QQ MM QQ QQ QQ MM 00 A k be - dd
.c H
et W 4mM A >= Pw. M .e ad as C3 Q M as M ANN MMM aJ .=.J aJ I *C M 3 e e ad e e N e e o e 0 N e e > e a g4
.J 2 . OO QQ as at
- N **e*se e QQ ae .4 ea Q W 66 H lic Q Q OO 2
- 3 3
- M N m mm == mm mm 3 6 3 MN me N as N
==
- N em N mm en N MM N am- MM 23 Q g IL Aww A == en A es en A ee == Q ey w Q** Q
- ap WW O pe M 'E e e e a e -
e W Qu Q WO 6 M w M N N W e e W d-I M 2m.
at N N 4 WW m Q Q Q $ 0 4 1 i e &A M g 4 4 W Q J d 4 4 a et H d a av ee W e e e e e W L M M
_J an ase me O P= - N e am 2 == N N O A en one Q ag me se 40 1 I
_ _ _ _ . _________m _.__ _ _ _ _ _ _ _ - _ _ - .
1 l
1 l
l
- 3. '0FF-SITE DOSES RESULTING FROM RADIOACTIVE LIQUID EFFLUENTS 3.1 General Dose Assessment The methods and parameters used to calculate the off-site doses ,
are presented in the Appendix I analysis for Unit #1 1 . Population i data and other numerical constants are those of the Appendix I y submittal; effluent releases are given elsewhere in this report. l
]
3.2 i Maximum Individual Doses. ;
'l The maximum individual doses and pathways considered are shown in Tables 3.2-1 through 3.2-3. These doses are well below the limits of 10 CFR 50 Appendix I. q I
3.3 Population Doses {
1 The population doses are shown in Table 3.3-1. d l
I t
'I 4
41 1 A____... - . .. - - - ;
y d
o B 4 9 1 1 1 1 3 0 0 0 0 0 0 1 l
a 0 0 0 0 0 0 0 t < < < <
o T
n 1 1 1 1 1 i 0 0 0 0 0 0 0 k
S 0 0 0 0 0 0 0 I
L 9 1 1 1 1 1 0 L 0 2 0 0 0 0 3 I 0 0 0 0 0 0 0 G < < < <
l a
u d
i v) f g 2 5 1 1 1 1 7 i n 3 0 0 0 dD nR L u
1 0
0 0 0 0 0
0 4
0 I (M < < < <
m us mt il xu y ad MA e 1 1 1 1 1 1 2 n 0 0 0 0 0 0 0 er d 1 s o i 0 0 0 0 0 0 0
- af K < < < < <
e 2.
3 ey l s R a e w l dh bi t d aua i 3 7 1 1 1 1 1 T qP o 0 0 0 0 0 0 1 i r Ll y 0 0 0 0 0 0 0 l h < < < <
7 A T 7
9 m 1 o r
ef n
us r 2 2 1 1 1 1 5 J e e 1 3 0 0 0 0 4
- s yo v . .
i 0 0 0 0 0 0 0 rD L < < < <
a u
n a
J e 3 8 1 1 1 1 1 n 0 0 0 0 0 0 1 o .
B 0 0 0 0 0 0 0 e e n n i i l l y e e a r rh r r w e es eo o g
h t t i gh h s t a aF rS S t n g a W W a i i n P l hl ns m i, l th tl ca ao m t a l s l e sn ep i a t ai ah i a ce w o o SF SS DC OD S B T
1 0 0 0 0 0 0 0 1 l .
a 0 0 0 0 0 0 0 t < < < <
o T
n 1 1 1 1 1 i 0 0 0 0 0 k . .
S 0 0 0 0 0 0 0 I
L 6 4 1 1 1 1 1 L 0 1 0 0 0 0 2 I 0 0 0 0 0 0 0 G < < < <
l a
u d
i )
vM g 9 3 1 1 1 1 4 i E n 0 2 0 0 0 0 3 d R u .
nM L 0 0 0 0 0 0 0 I ( '
ms ur me i g xa an y M e e 1 1 1 1 1 1 2 e n 0 0 0 0 0 0 0 eT d . .
2 s i 0 0 0 0 0 0 0
- a r K < < < < < <
2 eo f
.l 3 e R sy e
l d a bi w d 3
a uh i 6 1 1 1 1 0 T qt o 0 0 0 0 0 0 1 i a r .
LP y 0 0 0 0 0 0 0 h < < < <
7 l T 7 l 9A 1
m eo nr r uf 9 2 1 1 1 1 2 J e 0 2 0 0 0 0 3
- s ye v .
i U 0 0 0 0 0 0 rs L < < < <
ao uD n
a J
e 3 5 1 1 1 1 9 n 0 0 0 0 0 0 0 o
B 0 0 0 0 0 0 0 e e n n i i l l y e e a r rh r r w e es eo o g h t t i gh h s t a aF rS S t n g a W W a i i n P l hl ns m i l t h t l ca ao m t a l s l e sn ep i a t ai ah i a c e w o o SF SS DC OD S B T C
o B 1 3 1 1 1 1 5 0 0 0 0 0 0 0 l
a 0 0 0 0 0 0 0 t < < < <
o T
n 1 1 1 1 1 i 0 0 0 0 0 k . .
S 0 0 0 0 0 0 0 I
L 3 7 1 1 1 1 0 L 0 0 0 0 0 0 1 I 0 0 0 0 0 0 0 G < < < <
l a
u d
i )
vM g 4 2 1 1 1 1 6 i E n 0 1 0 0 0 0 1 d R u . .
nM L 0 0 0 0 0 0 0 I ( < < < <
mn u e mr i d xl ai y Mh e 1 1 1 1 1 1 1 C n 0 0 0 0 0 0 0 e d .
3 s r i 0 0 0 0 0 0 0
- a o K < < < < < < <
2 ef
.l 3 e s R y e a l d w bih d a ut i 3 7 1 1 1 1 0 T q a o 0 0 0 0 0 0 1 iP r .
L y 0 0 0 0 0 0 0 l h < < < <
7 l T 7 A 9
1 m o
er nf u r 5 1 1 1 1 1 6 J s e 0 1 0 0 0 0 1
- e ys v .
i 0 0 0 0 0 0 0 ro L < < < <
aD u
n a
J e 2 3 1 1 1 1 5 n 0 0 0 0 0 0 0 o
B 0 0 0 0 0 0 0 e e n n i i l l y e e a r rh r r w e es eo o h t t i gh h s g t a aF rS S t n g a W W a i i n P l hl ns m i l t h t l ca ao m t a l s l e sn ep i a t ai ah ia ce w o o SF SS DC OD S B T
,e
Table 3.3-1 Population Doses Resulting from the January-June 1977 Liquid Effluents Thyroid Total Body Pathway (HAN-REM) (MAN-REM)
Salt Water 0.05 0.37 Fish Salt Water 0.17 0.55 Shell Fish Salt Water <0.01 <0.01 Plants Ocean Shoreline 0.11 0.11 Deposits Swimming <0.01 <0.01 Total 0.34 1.0 Note: These are the major pathways for liquid effluents.
45
- 4. OFF-SITE DOSES RESULTING FROM RADIOACTIVE GASEOUS EFFLUENTS 4.1 General Dose Assessment l
l The methods and parameters used to calculate the off site doses I
are presented in the Appendix I analysis for Unit #1 7. The gaseous releases for both reactor building vent and the main stack, for the period January-June 1977 are elsewhere in this report. Meteorological information for calculating dispersion of these releases are shown in Tables 4.1-1 through 4.1-12.
For each quarter year, values of X/Q, X/Q depleted and D/Q are tabulated for twenty three radial distances at sixteen compass directions using " Nuclear Point Source Diffusion Model" (v.6.1)
(760601). Tables 4.1-1 through 4.1-6 are based on data taken at the elevation of the Reactor Building vent; Tables 4.1-7 through 4.1-12, at the Main stack elevation.
Three departures were made from the Appendix I method of analysis:
- 1) The sea breeze effect was not considered in calculating the X/Q's, depleted X/Q's and D/Q's (The Appendix I study demonstrated the sea breeze effect was not important),
- 2) Meteorological data were collected at the 33 and 160-foot elevations as described in Appendix I, and
- 3) A finite cloud model was used in calculating the maximum individual gamma immersion dose from stack releases. Table 4.1-13 shows the parameters used in this analysis. The model is described in Reg-ulatory Guide 1.109 (March 1976), Appendix B (Annual Dose to Tissue from Noble Gas Effluents - part a -
Elevated releases).
4.2 Maximum Individual Doses The maximum individual Jose locations and pathways assumed are presented in Table 4. 2 -1. The resultant maximum individual adult, ._
teenage, child and infant doses are reported in Tables 4.2-2 through 4.2-5 In the summary Table 4.2-6, doses from noble gas immersion are included for skin and total body; individual drgan doses are due to iodine and air particulate only.
4.3 Population Doses The assumed population distribution is shown in Table 4.3-1.
The population doses by pathway are presented in Table 4.3-2.
In accordance with Regulatory Guide 1.21, only pathways yielding significant contribution to the total dose have been included; those pathways not included account for a total of less than 5% of the overall population dose.
46
i 1
TAuLE 4.1-1 d UNDEPLETED RELATIVE CONCENTRATIONS PER UNIT EMISSION FOR BUILDING RE/.CTOR VENT FOR JANUARY THROUGH MARCH, 1977 BOSTON EDlW N CO. - Pil4 RIM UNIT 1 APPENDIX I ANALUIS X/0 REACTOR BUILDIE VENT JAN. Pf2, MAR. 1977 DOWNWIND WEIGHTE D AVE H AGES UNITS. SEC/M'3 M CPTR "P' DIST ANCE s til M W -(21 S W - 13) WS W , (4) W .(5) WNW - (6) NW , (7) N N W . (8)
NO METERS 00 12 5 45.0 67 5 90 0 112.5 1350 157.6 1 20120 b.48 0F-07 3.8650-07 4. 8?bE - 07 3. 97'IE -0 7 4.515E-07 3.884E-07 8.481E-07 1. 76 5E -07 A 2 40230 1.987E-07 1.2blF 0 7 1. 4 'l 3E - 07 1.3dnt-07 1. 5 04 E -07 1.512E-07 2.71PE-07 2.972E-07 3 804 70 2.980E-07 1.b 43E- 0 7 P. 39PE- 0 7 b. b04E-0 7 3.034E-07 1. 088 E- 0 7 1. h*l E-0 7 1.10 4E -07 4 1707.00 2.899E-07 1.990 E-0 7 1. 5 0 ?E - 07 4.08bE-07 2.2 5 5E- 07 1.b41E-07 7.bbOE-08 b.8 3 5E-08 I 5 1E09 40 1.884E-07 1. 311F- 0 7 1. 0 8 4E -07 3.b2'IE-07 1. 2 73 E-07 7.975E-08 4.bb2E-08 5.14 bb a s ]
6 241400 1.018E-07 b. 8 79E- 0 8 5.7 5 5E-f 8 P.279E-07 9. 0 0?E-08 2. 0?b E-08 3.434E-08 3.699E-08 j 7 321870 b.471E-08 4.332 6 08 3. b P 9E - 08 7. b11E-0 8 3.0bOE-08 1.812E-08 P.8 6 3E-0 8 2.9 9 5E-08 j 8 4C2340 4.571E-08 3.019F08 1. 8 8 ?E-0 8 6.302E-08 2.866E-08 1.bOSE-08 2.473E-08 2.5PSE-08 '
9 402810 3.445E-08 2 242E-08 1.4b0E-08 5.50fE-08 2. b 91E- 08 1.565E-08 2.162E-08 2.169E-08 10 Et 32 70 P.767E-08 1.bb'IE-0 8 1.Biif-08 4.8PbE-08 2.323608 1.372E-08 1.889E-08 1.878i-08 11 6437 40 2.250E-08 1.421F08 1.177E-08 4.2 7 0E- 0 8 2. 03 4 E- 08 1.2140-08 1.bb7E-08 1.650E-08 12 724210 1.824E-08 1.18 8 E- 0 8 1. 0 5 5E- 0 8 3.80bE-08 1.759E-08 1.085E-08 1.817E-08 1.465E-08 13 804600 1. 5 %E-0 8 1. 07 3E-0 8 9.3 3 5E-09 3. 56 2E-0 8 1.b360-08 1.173E-08 1.658E-08 1.47bE-08 t 14 1207010 'I .18 S E- 09 5. 5 8 8E- 09 5 330E-09 P.17 7E- 08 1. lDs 3 E- 08 8.645E-09 1.P11E-08-9.596E-09 15 1609349 b. 29 P E--Di 3.4 18E- 09 3. 4 91E - 09 1.42?E-08 6. 83 bE- 09 5.8950-09 7.780E-Oi b.988E-C1 16 24140 29 3.bb9F09 1.*l390-09 1.924E-09 7.833609 .3. 8 9PE-0*l 3.P&9E-09 4.ba9E-09 4.50SE-09 i 17 32tB/00 2.4290-09 1. 3 h0- 0 *t 1. 31Pb 09 5.4bOE-09 2. 528E-09 2. P 3 'I E-0 *l 3.104E-09 2.97bE-Oi 1 18 4023379 1.753E-09 't. 5 01 tm 10 9. 5 31E - 10 4. 0b 80-09 1.857E-0*l 1. bb O E-Oi 2.2m1E-09 2.117E-09 19 4826048 1.340E-09 7. 0b e t- 10 7. 519E- 10 3.14 7E -0 9 1.465E-09 1.290E-01 1 741E-09 1.590E-Oi 20 50327 29 1.087E-Oi b .1Pb E- 10 b . 01PE- 10 P. 51 PE- 09 1.190E-09 1.038E-09 1 398E-01 1.282E-Oi 21 64373 99 8.i?5E-10 5.1250-10 4. 9b 3E - 10 2. 0 ? ?E- 0 9 9. 9 03 E-10 8.575E-10 1.154E-01 1.041E-Oi 22 7P420 75 7.559E-10 4. 3 5 5E- 10 4.181E- 10 1. 704E-0 9 8.4010-10 7.231E-10 1.744E-10 9.18 8 E - 10 23 80467 44 6.058E-10 3. 592 E- 10 3.583E-10 1. 511E-09 7.P43E-10 6.227E-10 8.377E-10 7.877E-10 DOWNWIND WEIGHTf D AVEll AGES. UNITS SE C /M"3 RECPTR DIST ANCE N .19) NN E - (10) N C - (11)
NO E N E . (121 E .(13) E SE - (14) SE - (15) SS E - (16)
METERS t80 0 202 6 2264 247.5 2926 2 70.0 31b 0 337.5 1 20120 1.191 E-06 P. 57 5 E- O b 4. 74 5E-Oh 4.570E-Ob 4.3 7'IE -% 4.208E-06 2.768E-06 1.484E-Oh g 2 40230 3. 4 32 E-07 7. 74 5 E- 0 7 1.401E-Ob 1.h0E-06 b 352E-Oh 1.384E-Ob 8. 80b E-0 7 4.598E-07 i
l 3 804 70 1. 4 52 E- 07 3. 027E- 0 7 5. 2 4 8E- 0 7 5.23bE-07 5. P 9 h E- 07 5.749E-07 3. b b 7 E-0 7 1.711E-07 4 120700 9.12bE-08 1. 8 59 E- 0 7 1.122E-0 7 3 2730-07 3. 419E- 07 4.041E-07 2.779E-07 1.203E-07 5 1609 40 b.8"l0E-08 1. 3 71E- 0 7 1. 2 7PE- 07 2.49hb O7 2.b78E-07 P . 502 E-0 7 2.085E-07 9.412E-08 6 2414 00 4.879E-08 't . 308 E-0 8 L . 5 5 4E - 0 7 1. 7'l8 E -0 7 1.962E-07 1.741E-07 1.805E-07 5.727E-08 7 3218 70 3. 8 71 E -08 7.16 5E- 0 8 1. 21PE - 0 7 1. 42 2E-0 7 1. 55'iE-07 1.331E-07 1. *161E-0 7 4.022E-08 8 402340 3.211E-08 5. 817E-0 8 9. 9 3 4E - 08 1.16 3E-0 7 1.P 78E- 07 1.272E-07 1.54bF-07 3.078E-08 9 482B 10 2.728E-08 4. 8 61E-0 8 8.354E-08 9. 70 5E-0 8 1. 0b'IE-07 8.754E-08 1.313E-07 2.214E-DE 10 5632 70 2.3 50E-08 4.140 E- 0 8 7. k 5 3E- 08 8. 2 3 0E-0 8 9.080E-08 7.363E-08 7.344E-Of. k.8??E-08 it e43740 2.057508 3. 590 E- 0 8 b . 2 3 0E - 0 8 7.100E-0 8 7. 8 42 E-U8 b.117E-08 k.b25E-08 1.551E-08 12 7242 to 1.824t408 3.157 E- 08 5. 5 03E - 08 k.210E-Oe L.6b76-0* 5.50kE-08 b.019E-08 1.333E-08 13 8046 00 1.634E-08 2.809F08 4.914E- 08 / 5. 4*l 5E-0 8 b. 0 84 E- 08 4.8bOE-08 5.501E-08 1.275E-08 14 1207010 1.0 51E-08 1. 75 ? E- 0 8 3.121F-08 3. 3bPE-0 8 3.743E-08 2.965E-08 3.753E-08 7.542E-09 16 1609349 7.537E-01 1.739E-08 P.222E-08 2.333E-08 2.bu9E-08 2.0b3E-08 P.??56-08 5.048E-09 16 24140 29 4.59hE-09 7. 42 ? E-0 9 1. 3 42E - 0 8 1. 37 0E -0 8 1.541E-08 1.218E-18 1.74bE-08 2.888E-09 17 3218700 3.181E-09 5.101F 0 9 9. 2 5 8E- 09 9. 7 32E-0 9 1. 04 9 E-08 8.P89E-09 1.351E-08 1.917E-Oi fB 4023379 2. 3 7 5 E-O'l 3. 791 E- 0 9 b. 8 8 'lE- 0*l 7.1'I L E-09 7.7470-09 6.539E-09 1.084E-08 1.h0E-Oi 10 4828048 1. 8 62 E-0 9 2. "166E- 0 9 5. 392E - 09 5. 6 5 5t -09 6.499E-09 5.028E-09 8.038E-Oi 1.01*IE-09 20 50327 29 1.h1PE-Oi 2. 4 0b E- 0 9 4. 3 7 4E - 09 4. 29 4E-0 9 5.lb7E-09 4. 04 7E- 39 b.P20E-Gi 8.13 4 E -10 21 64373 99 1.Pb2E-09 2.00$E-09 3. b 4 3E -09 3.563E-09 4. 052 E- 09 3. 292 E-09 5.15bE-Oi b.765E-10 22 7242075 1.142E-09 1. 70b E- 0 9 3.099E-09 3.021E-09 3.439E-09 P.71bE-09 4 5.823E- 10 23 8046744 9.917 t- 10 1. 4 7bE- 0 9 P.b81E-0"I 2.bObE-09 2. 9 70E- 09 785E-09 5.0bb E- 10 2.. hit-Oih.284E-Oi 1
47
l TABLE 4.1-2 DEPLETED RELATIVE CONCENTRATIONS PER UNIT EMISSION FOR BUILDING REACTOR VENT FOR .1ANUARY THRCUGH MARCll, 1977 BOSTON HMS10N 00. - PII GRI't UHT 1 APPIMMX 1 ANALYSIH A/Q DEP11TED RLACTOR ITILD1 M W NT FAN, FEB, MAR. 1977 DOWNWIND WElGHTED AVE R AGES, UNITS. SECM'3 gg DISTANCE S Hl BSW - (2) SW (3) W6W W W - (5)
NO W N W - (6) NW (7) NNW (8)
ME TERS 00 22 5 45 0 67 5 90.0 1125 135.0 157.5 1 20t20 6.0 *l5 F-0 7 3.051E-07 4. 5 8CE-0 7 3. 72 bE -0 7 4.218F 07 3.b47E-07 7. al?1E-0 7 9 151E -07 2 40230 1.8 5 Ae-07 1.181 E- 0 7 1.18 7E- 07 1 7 32E-0 7 1. 4 01E- 07 1.435E-07 2.533E-07 2.76 4E-0 7 3 80470 2. b al8 E-07 1. 50bE- 0 7 P.1 %E - 0 7 6 012E-0 7 2.7b8E-07 1.013E-07 4
1.064E-07 1.004E-07 1207.00 P.48?E-07 1. 7 07E- 0 7 1. 313E- 0 7 3.M 4E -0 7 1.999E-07 1.489E-07 1. 8b2E-08 6.087E-08 5 100940 1.587E-07 1.069 F-0 7 8. 98 5E -08 3 1%E-0 7 1.12 7E- 0 7 7. 2Pb E-0 8 4.153E-08 4. 5 3 ?E- 08 6 2414 00 8.18PE-08 5. 4 39E- 0 8 4. b 2 0E - 08 1 87 4E-07 7.643E-08 1.87bE-08 3.028E-08 3.224E-08 7 3218 70 5.0740-08 3.340E 08 P. 8 8 7E - 08 6. bl 5E - 0 8 2.62E-08 1.b?OE-08 2.500E-06 2.584E-08 8 402340 3.521E-08 P.P 79 E- 0 8 1. 5 8 PE - 08 5.3b70-08 2.441E-08 1.419E-08 2.137E-08 2.15 5E- 08 9 482810 P.bl5E-08 1.b84E-08 1. 2 07E - 0 8 4 58 3E-08 2. 231 E- 08 1.359E-08 1.847E-08 1.830E-04 10 603270 P.0b 5E-0 8 1. P 9? F- 0 8 1. 0 4 bE - 0 8 3 91bE-0 8 1.881E-08 1 175E-08 1.592E-08 1. 562E- 04 11 043740 1.695F08 1. 0 6 4 E- 0 6 'I.139E-09 3 378E-08 1. 6 09 E- 08 1. 02 S E-08 12 724210 1.384E-08 1. 3 52 E-08
- 1. 39 3 E-04 8. ?'ID E- 0 9 7. 8 72E-09 2.937E-08 1. % 70-08 'I.R440-09 1. % 0E-04 1.185E-08 13 8046 80 1.17?E-08 7. 42 4 E- 0 9 6. 7 5 7E - 09 2.b40E-08 1.227E-08 9.442E-09 1.308E-08 1.1b1E-08 14 1207010 b.504E-09 3. 821E- 0 9 3. 61PE - 09 1.431E-08 b.549E-09 b.11b E-09 8.34bE-09 7 020E-09 15 it;093 49 4.18 3 E-0*l 2. %b E- O 'l P.300E-09 9 01PE-09 4. P 41 F O *I 3.902E-09 5. h &E-O'l 4.752E-09 16 2414029 2.145E-09 1 188 E- 09 1. L'IbE - 09 4 62 3E-09 2 173F 09 2 032E-09 2.579E-01 2. 3 7 3 E- O'I 3 17 3?18700 1. 3 30 E -09 7.317E-10 7. 4 01E - 10 P. 78 9E - 09 1.383E-09 1 254E-09 18 40233 79 9.175E-10 4.9b 7E- 10 1.554E-09 1.429E-09
%. 0 5 3E- 10 1. 7b 1E-09 9. %3E-10 8.312 F10 1.025E-Oi 1.025E-09 19 4828048 6.7 5 3E- 10 3. k 12 E- 10 3. 5 07E- 10
- 1. Pu bE-0 9 6.1.'116 10 5.792E-10 7.298E-10 7.b P1E - 10
! 20 5032729 4.997E-10 2.b 32 E- lh P. 6 51E- 10 9. 417E -10 4. 8 78E-10 4.418E-10 5.280E-10 5.740E-10 21 6437309 3.898E-10 1.9b 9 E- 10 P. 0 4 5E - 10 7. lb 5E-10 3. 7 71E -10 3.480E-10 9.119E-10 4.582E-10 22 72420 76 3. h 31-10 1. 4 3*lF- 10 1.b 4 5E- 10 b. 552F10 3. 0 59 E-10 2 814E-10 3.306E-10 3 245E-nD 23 80487 44 2.849E-10 1. 4 08 E- 10 1.hbE-10 4 551E-10 2 . 531E-10 2 330E-10 2. 713 E-10 2.b 9 ?E- 10 DOWNWIND WElGHTF D AW R AGES UNITS, SE C /M*'3 OlSTANCE N .19) NN E - (10) NE till NO METERS E N E 1125 E . (131 E SE .114l SE - (15) SSE (161 1800 2026 225.0 247 5 270 0 292 5 316.0 337.6 1 20120 1.11bE-Ob P . 418 E- O b 4. 4 4 5E - Ub 4. 2 *l 0E - 06 4. 04 5E-06 f
2 40230 3.P2bE-07 4.002E-Ob 2.622E-06 1.40bE-Ob 7.10 5 E- 0 7 1. 3 PPE- 06 1.282E-06 1. P 79 E-06 1.303E-Ob 8.P55E-07 4.311E-07 3 B04 70 1.328E-07 2. 766 E- 0 7 4.78PE-D7 4. 77 4E-0 7 4. 8 75E-0 7 5.3000-07 3.35?E-07 1.b 3PE- 07 4 1207 00 8.194E-08 1.bb bE- 0 7 P. 7 7 5E - 0 7 P. 9P 7E -0 7 3.105E-07 3.697E-07 2.528E-07 1.081E-07 5 160940 b.12bE-08 1.P1bE-0 7 1. '19 PE- 0 7 2.P1PE-07 2. 41b E- 07 P.2750-07 1.882E-07 8.369E-08 6 241400 4.P84E-08 8.140E- 0 8 1. 3 41E - 07 1. 5 7 4E-0 7 7
- 1. 7 51 E-07 1 5bbE-07 1.k136-07 4.98bE-08 3218 70 3. 367 E-0 8 6.190E- 0 8 1.0 3 4E -07 1. 2 31E -0 7 1.374E-07 1.18 3 E-07 1. 718 E-0 7 3.4 3bE- 08 8 4023 40 2.7 5?E-08 4. 9b 5E- 0 8 8.37bE-08 9.93?E-08 1.112 E-07 1.10bE-07 1.334E-07 2. 5? ?E-08 9 482810 2.31?f-08 4.101 E- 0 8 b.9b1E-08 8.181E- 08 9.183 E -08 7.591E-08 1.114E-07 1.903E-08 5632.70 1.'lbalf-0 8 3. 44 3 F- 0 8 5. 8 7 3E - 08 b.Bilt-Of 7.687E-08 6 302E-08 6.P84E-08 1.52iE-08 11 643/ 40 1.b98E-08 2.9 42 E- 0 8 5.0 39E -08 5.801E-08 6.545E-08 5 338E-08 5.591E-08 1. 24 7E-08 l
12 724210 1.48bE-08 2. 552E-0 8 4. 3 8 7E -08 4. 9818E-0 8 5.654E-DA 4.597E-08 5. 010 E--08 1.0 $ bE- 08 13 804680 1. 315 E-08 2. 2 39 E- 0 8 1. 8 b 5E - 0 8 4. 3b OE -0 8 4. 'l42 E - 08 4 010E-08 4. 51*lE-08 1.71PE-09 i
14 1207010 7.987E-09 1. 319 F- 0 8 P. 3 0 9E - 08 2. 417E-0 6 2.863E-08 2.321E-05 2.901E-08 l 15 1609349 5. 4 51E-09 8. 82PE- 0 9 1. 5 57E- 08 5.244E-09
- 1. k3 7E-08 L.895E-0* 1.545E-08 2. 0 32E-04 3.328E-09 16 2414029 3.0 5 4 E-0*I 4. 8 3 3 E- 0 9 8. 59PE- 09 8. 715E-0*l 1. 02 5 E- 08 8.458E-01 1. h 4 F0 8 17 37187 00 1.9b8E-09 3.079E-Oi 5. 4 82E - 09 1.b94E-Oi iB 5.492E-09 6.48bE-09 5.408E-01 7.893E-Di 1.0 50E-01 4023379 1.379E-09 P.14 4 E-09 3. 814E - 09 3.7P0E-09 4. 4 94 E -09 3.??4E-09 5.P35E-01 10 4028048 1. 0 2 P E-O'l 1.583E-09 P. 810E - 01 7. 58 bE- 10 P. b 3 'lE-0 9 3.182 E-O'l 2.779E-09 3. 'l5 bE01 5.6 %E- 10 20 56327 29 7.813E-10 1.P 19E- 0 9 2.15 9E - 09 P.077E-09 P . 4 5 5 E- 09 P.130E-09 3.05bE-09 4. 381E- 10 l
21 64373 99 6.225E-10 9. b ab E- 10 1. 711E - 09 L.63 5E -0*l 2. 015 E- 09 1.719E-Gi 2.421E-04 1 22 7242075 4.818 E-10 7. 89 PE- 10 1. 3 9 0E- 09 3. 500E- 10 l 1.3PPE-09 1.640E-09 1.423E-09 1.977!-01 2.841E-10 23 8046744 3.819E-10 0. 5b 2 E- 10 1.15 3E - 09 1. 09 0E-0 9 1.361E-09 1.190E-09 1.631t-01 2.3 5 5E-10
)
r l
48
y i:
I l
l j l
TABLE 4.1-3 RELATIVE DEPOSITION CONCENTRATIONS PER UNIT EMISSION FOR 1 BUILDING REACTOR VENT FOR JANUARY THROUGli MARCH,1977 BOSTON EDISON 00, - PILCRIM I' NIT 1 APPi:NDIX ! ANALYSIS D/Q DEPIETED REACTOR Pt'!LD{M VENT JAN, FEB, MAR,1977 l 00WNWINO WEIGHTED AVERAGES. UNifS. SECIM"3 DISTANCE s 11) ssw 42: )
sw - tai wsw (4) W -(6) WN W .16) NW . (7) .NNW - (8) l ME7ER$ 00 22 6 46,0 67.6 90 0 112 6 135.0 1672 i 1 20120 7.b710-09 3. 4 79 E- 09 4. 2b 7E- 09 3 2PbE-09 3. 3 01 E- 09 2.??OE-01 5. 4 HE-01 2 40230 2 343E-09 1.103b 01 1.2 97E- 09 1.012E-09 1.048E-Oi 1.034E-09 1.713E-01 5.843E-09 !
3 00470 1.721E-09 7.118E-10 1.2646-09 1. 8 4 0E -0 " 1.420E-09 b.61bE-10 7. 4 % E-10 1.752E-01 <
4 1207 00 1.069E-09 4.711E-10 7.14 8E - 10 1. 012 E-0 9 8.947E-10 b.779E-10 4.750E-10 b.4bOE-10 !
5 100940 b.858E-10 3.018 f.- 10 4.6 5 ?E - 10 7. 35 8E-10 4.014E-10 5.188E-10 3.b 44 E-10 2.883E-10 3.02bE-10 1
(
6 2414 00 3.571E-10 1. 571E- 10 2.4 31F -10 3. 974 E-10 3.091E-10 1.20bE-10 1.944E-10 2.MOE-10 :
7 321070 2.21bE-10 9. 7 43 E- 11 1. 512E - 10 1. 78 bE-10 1.296E-10 1. 320 E-11 1.455E-10 1.b l5E-10 {
e 4023 40 1.524E-10 b.b8?E-11 9.597E-11 1. 34 ?E-10 1. 071 E-10 7.439E-11 1.140E-10 1. 28 3 E- 10 ;
9 dB2B to 1.119E-10 4.917E-11 7.130E - 11 1. 079E -10 9. 002 E-11 b.391E-11 1.201E-11 1.044E-1G to 5032 70 8.725E-11 3. 8 09 E- 11 5. 798E - 11 8.8b2E-11 7.327E-11 5.28bE-11 7.593E-11 8.b58E-11 it 643740 7.0 41E-n 3.088E- H 4.78 7E - n 7.424E- n b.095E-11 4.459E-11 6. 314 E-n 7. 31bE - H 12 7242 10 5.833E- H 2. 5 52 F- 11 3.%0E-11 b.304E-M 5.0996-H 3.823E-u b.065E- M k.278E- H 13 8046 00 4.9 2 5E-M 2. H 3E- 11 1. 3 3 bE- 11 5.482E- U 4.429E-u 3.631E- H 5.28bE-11 5.855E-11 }
14 1207010 2.564E- n 1.111E-11 1. 710E- U 2. 8 3 5E- H 2.23bE- n 2. 092 E-U 3.012E-u 3.303E- n -'
J 16 16093 49 1.594E-11 6.917 E-12 1.0bbE-11 1.778E-11 1. 4 01E-11 1. 313 F-11 1.87bE-11 2 138 E-11 16 24140 29 7.981E-12 3.5166-12 5. 415E - 12 9.071E-12 b.978E-12 b.831E-12 9.241E-12 1.025E-11 17 32187 00 4 893E-12 2.%Dbk2 3. 253E -12 5.389E-12 18 4023379 4.400E-12 4.18bE-12 5.k2?E-12 6.13bE-12 .l 3.3b3E-12 1. 4 7bE- 12 2.19 5E- 12 3.42 AE-12 2.963E-12 2.805E-12 3.773E-12 4.274E-12 19 4828048 2.479E-12 1.0836-12 1. 522E - 12 2.420E-12 20 56327.29 1 8480-12 8.051E-13 1.147E- 12 2.061E-12 2. 03 4 E-12 2.729E-12 3.183E-k2 21 64373 99 1.84bE-12 1.499E-12 1.5b4E-12 2.0bOE-12 2.384E-12
- 1. 4 5 3 E-- 12 L. 23 5 E- 13 8.940E-13 1. 429E-12 1.16bE-12 1.245E-12 1.b24E-12 1.90 4 E- 12 22 72420 75 1.183E-12 4.i S 4 E- 13 7.18 PE - 13 1.273E-12 9.37bE-13 1.018E-12 1. 31b E-12 1.36bE-12 23 B0467 44 1.061E-12 4.1?PE-13 5. 91PE - 13 9.304E-13 7.705E-13 8.508E-13 1.090E-12 1.121E-12 DOWNWIND WFiGHTE D _AvF A*aES, UNITS Sf CW"3 OlSTANCE N - (9) NN E - (101 NO N E , (11) T N E - (12) E - (131 E SE - 114) SE (16) SSE - (16) l METERS 180 0 202.6 225 0 247. 270 0 292.6 316.0 l 337.6 1 20120 7.528E-09 1.bbOE- 0 8 3. 513E- 0 8 2. 95 7E -0 8 2 40230 2.190E-09 5.04 PE-0 *t 1. 0 3 5E -08 8.i?9E-09 3.003E-08 1. b o4 E-O'l 3.383E-08 1.101E-08 2.914E-08 1.il7E-08 3 804 70 8.b825-10 1.9 42E- 09 3. 78 bE - 09 3.374E-0"l 3.ba9E-09 9.357E-01 5.828E-Oi 4 1207.00 5. 405 E-10 1.175 E- 09 2. 210E- 09 2. 0%E-0 9 2.355E-09 4.42bE-0*l 3. b 13E-Oi 2.12uf-09 5 160940 4.0076-10 8. 5 3 5 E- 10 1. 5 7?E - 09 1.593E-09 1.8220-09 2.947E-Di 2.300E-01 1.255 E-09 6 241400 2.bi?E-10 5. 5?b E-10 1.813E-01 1.552E-Oi 8.742E-10
- 1. 02 ?E - 09 1.12 LE-09 1. 282 E- 09 1 178E-09 7 3210 70 2.014 E -10 4.089b10 7. b 2 00 - 10 8. b81E-10 9. 712 E-10 1.794E-10 4. 82 ?E- 10 B 402340 1.574E-10 3.161 E- 10 8.488E-10 7.553E-10 3.153E-10
- 5. 9 59E - 10 6.913E-10 7.630E-10 7.279E-10 9 482810 1.2b7E-10 2. 525F- 10 5.425E-10 2.267E-10 10 4.80bE-10 5.k2bE-10 6.150E-10 5.088E-10 4.li1E-10 1.bbOE- 10 563270 1.044E-10 2.0 72 E- 10 1.968F-10 4. bb2 E-10 5.068E-10 11 643740 8.782E-11 1.737 E-10 3. 34 5E- 10 3. 93 5E-10 4.Pb2E-10 4.137E-10 2.823E-10 1. 312E- 10 12 7242.10 7. 5 M E-11 1. 482 E- 10 2. 8b bE- 10 3 374E-10 3.b44E-10 3.447E-10 2.370E-10 1.061E- 10 I 13 8046 00 6.511E-11 1.282E-10, 2. 4 88E- 10 2.930E-10 3.158E-10 2.927E-10 2.02bE-10 8.8590- H 2.521E-10 l to 1207010 3.b b 4 E- D ?.lbiE- H 1. 4 08E - 10 1. b5 4E-10 1.775E-10 1. 757 E-10 7.813E-11 '
15 1609349 2.38 3E-11 4.b 52b 11 1.17bE - 11 1. 07 bE-10 1.15bE-10 1.396E-10 9.945E- n 4.05?E- n 16 24140 29 1.Pb1E-11 2. 46 3 E- 11 4. 8bkE - 11 5.ba4E-11 9.051E-11 L.524E-11 2.52iE-11 17 32187.00 7.867E-12 1. 539b H 3.0 3'if- H 3.555E-M b.159E-11 3. 874 E-n 4.844E-11 3.0716-11
- 3. 513 E-11 1.271E-11 18 4023379 5. 39 4 E -12 1.0 bO E- 11 2.08bE-11 2.404E-11 2. b 80E-11 2.250E- M 7.8 52E- 12 19 4828048 3.9 3bE- 12 7. 7b4 E- 12 1. 52 3E- 11 1.704E-11 1.894E-11 2.121E-11 1.491E-11 5.518E-12 20 5632729 3.002E-12 5.9 4 5 E- 12 1.16PE-11 1. 34 bt-11 1.4bbE-11 1.570E-11 1.12?E-11 4.1b2E-12 21 6437300 2. 3 bb E- 12 4.7076-12 9.171E -12 1.0bOE-11 1.210E-11 8.?b2E-12 3.23bE-12 22 7242076 1.?b9E-12 3.824E-12 7. 4 25F - 12 8. 570E-12 1 208E-11 9.860E-12 9.805E-12 8.150E-12 b . 97b E-12 2. 58 k E- 12 23 8040744 1.401E-12 3.173E-12 6.13 8E-12 7. 07 5E-12 8. 5.731E-12 2.101E-12 214 E-12 6.841E-12 4 . 7 52 E-12 1.748E-12 l
49
TABLE 4.1-4 i
UNDEPLETED RELATIVE CONCENTRATIONS PER UNIT EMISSION FOR BUILDING REACTOR VENT FOR APRIL THROUGH JUNE, 1977 BOSTON EDISON CD. - PIILRIM UNIT 1 APPENhiX 1 ANALYSIS X/O REACTOR BUILDING VENT APR, MAY,.lCN, 1977 RWm DOWNWIND WEIGHTE D AVE R AGE S UNIT S SEDM'3 DIS T ANCE 5sW . m $W .(3) W5W - (4)
NO s . ill W (S) W N W - 16) N W - (7) N N W - 181 METERS 00 22 6 45 0 67 6 90 0 112 6 136.0 157.h t 201 20 1. 810 E-Oh 1. 5 ? ? E- O b 1.118E -O h 5 831E-07 6. 815 E-0 7 6.870E-07 3.75PE-07 5.472E-07 2 40230 5.767E-07 5.041 E-0 7 3. 7 51E- 07 2.832E-07 3.287E-07 3.229E-07 1.581E-07 1.'l47E-07 3 80470 7. 4 5P E-07 4.7 W-0 7 b.17 3E - 07 3.982E-07 4. 329E- 07 2. 5 3 7 E-07 7.508E-08 8.??PE-08 4 1207 00 b.4P5E-07 3. 612E- 0 7 3.747E-07 2. 710E-0 7 3.bESE-07 3.332E-07 5.790E-08 6.110E-08 5 i c09 40 4.121E-07 2. 42 4 E- 0 7 2. 6 4 0E - 07 2. 50 4E-0 7 2.117f-07 1.b?9E-07 3. 362 E-0 8 5.120E-08 6 2414 00 2.199E-07 1. 321F 0 7 1. 4 00E- 07 ).b51E-07 1. b 50 E - 07 4.973E-08 1.102E-08 4.174E-08 7 321870 1.390E-07 8. 5 51 E-0 8 8.8481-08 b.511E-08 6. 034 E- u8 4.143E-Co 2.937E-08 3.581E-08 8 402340 9. 7 51E-08 b.08u t- 0 8 4.597E-08 5.399E-08 5. 68h E- 08 3.551E-r* 2.723E-04 3.109 E- 08 9 482810 7. 30 3 E-0 8 4. 593 E- 0 8 3. 5 8 4E- 08 4.768E-08 5.369E-08 3.311E-Du 2.485E-08 2.715E-08 10 5632 70 5. 8 3bE-0 8 3.5896-08 3.22 4E - 08 4.2 5 5E- 0 8 4.bb9E-08 2.8bOE-06 2.?23E-06 2.3bbE-08 11 643743 4.752E-08 3. 02 9E-0 8 P.94 AE-08 3.84bE-08 4.114 E-08 2.5nbE-08 1.9946-08 2.08PE-08 12 724210 3.862E-08 2. 569 E- 0 8 P. bb 4E- 04 3.510E-08 3.583E-06 2.2PPE-06 2.262E-08 1.851E-08 13 804680 3.PbbE-08 2.P 30 E-0 8 2. 3 72E - 08 3. 34 3E-08 3. 3 54E-08 2.304E-08 2.087E-08 1.8b2E-08 14 120'010 1.908E-08 1. P ??E- O P 1. 390E - 08 2.28PE-06 2.244E-08 1.638E-08 1.580E-08 1.203E-08 15 1609349 1.P97E-08 8. 58 5 E- 09 9. 2 5 bE- 09 1.bO8E-08 1.494E-08 1.130E-08 1.032E-08 8.713E-09 16 2414029 7.52kE-09 4. 8 71 E- 0 9 5. 218E-09 9. b4 7E-0 9 8.815E-09 b.384E-09 b.373E-04 5.577E-09 17 32187 00 5.019E-09 3. 3 40E- 0 9 3. 611E - 09 b. 98 9E -09 5.85bE-09 4.475E-09 4.290E-01 3.70GE-09 18 40233 79 3.b5bE-09 2. 4b 3 E- 0 9 P. 6 5 3E - 09 5. 39 0E- 0 9 4. 38bE- 09 3.365E-09 3.168E-Oi 2.b50E-Oi 19 4B200 4B 2.818E-09 1. 89 5 E-0 9 P.118E-09 4.32?E-09 3.523E-09 2.b59E-09 2.470E-09 2.002E-09 20 5632729 2. 306 E-09 1.b C 3 E- 0 9 1. 712E - 09 3.503E-09 21 6437399 2.918E-09 2.183E-09 2.032E-09 1.625E-09 1.9 2 3 E-09 1. 3 5 bE- 09 1. 4 31E- 0 9 2. 97 EE-09 2. 4 8 7 E -09 1.834E-09 1.h7bE-01 1.326E-09 22 72420 75 1.63br-09 1.175E-09 1. 221E - 09 P. 48 0E- 0 9 2.152 E- 09 1.564E-09 1.429E-09 1.18 3E-09 23 8046' 44 1.319E-09 9.9 39 E- 10 1. 0 5 9E - 09 2. 29 3E-09 1. 88 5 E- 09 1. 370 E-09 1.247E-09 1.02 3E -09 DOWNWIND WEIGHTf D AVEH AGFS UNITS $F C/M '3 DISTANCE N 19) N N E .1101 NE (11) ENE 1121 E .113) E SE - (14) $l -(15) $$E {16)
METERS 180 0 2026 226 0 247.6 270 0 292.6 316.0 337 5 1
20t20 1. 0 50 E-Ob 4. 3 87 E- 0 6 6.976t-Ob 2.181E-Ob 1.963E-Ob 1.59ht-Ob 1.63bE-Ob 1.2 4 3E-06 2 40230 3.544E-07 1. 3 4 3E-0 6 P . 039E - Ob k. 56 4E -0 7 b.189E-07 5.5??E-07 5. 02 7 E-0 7 4.061t - 07 3 804 70 1.17 9 E-07 5.00 4 E-0 7 7. 7 57E - 07 2. 5 3 3E -07 2. 5 03 E-07 2. 3 0 4 E-0 7 2.19 7 E-07 1.900E-07 4 1207 00 9.3b7E-08 3.003E-07 4. 5 4 5E - 07 1. 51 ?E -07 1. 5 51 E- 07 1.65bE-07 1.818E-07 1. b9 3E-07 6 1609 40, 7. 6 57E-08 2.177 E- 0 7 1.15 7E - 07 1.10 5E-0 7 1.147 -07 9.561E-08 1.3bOE-07 1.b52E-07 6 2414 00 5.887E-08 1. 4 30E- 0 7 1. 9 3 3E - 07 7. b4 9E- 0 8 8.075E-08 7. 06 4 E -08 1. 09 4 E-0 7 1.211E-07 7 3210 70 4.821E-08 1.069 E-0 7 1. 3 8 8E- 0 7 b . 09 8E - 0 8 6.527E-08 5.i?3E-08 1.055E-07 9.711E-08 8 402340 4.0 42E-0 A 8. 48 3E-0 8 1. 0 7 8E- 07 5.099E-08 5.512E-08 7.211E-08 8.039E-04 8.247E-08 9 402810 3.439E-08 b. 968 E-0 8 8.744E-08 4. 3 5 bE- 08 4. 741E-08 4. b l9 E-08 6.510E-08 6.217E-08 to 5632 70 2.9 51E-08 5.870E-08 7. 3 2 4E - 08 3.7bOE-08 4.100E-08 4.0bOE-08 3.9 4 5E-0 8 5.24bE-08 11 643740 2.5b?E-08 5. 0 4 5E-0 8 6. 2 ?bt- 08 3.292E-08 3. 591 E-08 3.599E-08 3.472E-08 4.361E-08 12 724210 2.262E-08 4. 40bE- 0 8 5.4b?E-08 P.919E-08 3.184E-08 3.P21E-08 3.088E-08 3. 812 F- 08 13 8046 80 2.014E-08 3. 8 9?f- 0 8 4. 8P 64 - 08 2. bl 5E -0 8 2.853E-08 2.906E-08 2.772E-08 3.99bE-08 to 1207010 1. 264 E-0 8 2. 4 00E- 0 8 P.9 5 5E- 08 1. b ? ?E-0 8 1.832E-08 1.904E-08 1.780E-08 2.471E-08 15 16093 49 8.9PLE-09 1.b8P b O 8 P. 06 5E -08 1.200E-08 1.315E-08 1.377E-08 1.271E-08 1.654E-08 16 2414029 5.35bE-09 1.00 3E- 0 8 1. 229E - 08 7. 315E-0 9 8. 044 E-09 8.486E-09 7.704E-Gi 9.590E-09 17 32187.00 3.68bE-09 b. A91E-0 9 8. 4 35E-09 5.111E-09 5.bO3E-09 5.927E-09 5.758E-09 6.355E-09 to 4023379 P.74bE-09 5.130 E-0 9 6. 2 80E -09 4. 02 9E-09 4.208E-09 4.955E-Oi 4.508E-Oi 4.391E-09 19 4828048 2.155E-09 4.02 5 E- 0 9 4. 9 P bE - 09 3.219E-09 3.645E-09 3.83bE-09 3.361E-09 3.224E-09 20 5632729 1.755E-09 3.P 78E- 0 9 4. 010E-09 2.444E-09 P. 919E-09 3.117E-09 2.b1PE-09 2.570E-Oi i 2t 64373 99 1.468E-09 2.7 4 5 E- 0 9 3. 3 5 5E- 09 2. 04 8E-09 2.280E-09 22 72420 75 1.13 8 E-09 2.3496 09 2. 867E - 0 9 1.752E-09 1. 9 5 3 E-09
- 2. 52iE-09 2.kb3E-01 2.154E-09 23 804t;7 44 1.1b8E-09 2. 04 5E- 0 9 P. 4 92E - Oi 1. 52 4E-09 1. 7 01 E-09 2.0b9E-09 1.801E-01 1.88 ?E - 09 1.801E-09 1. 58 7 E-09 1.bb1E-09 l
50
TABLE 4.1-5 DEPLETED REALTIVE CONCENTRATIONS PER UNIT EMISSION FOR BUILDING REACTOR VENT FOR APRIL THROUGH JUNE,1977 BOSTON EDI@N CO. - PILCRIM UNIT 1 APPENMX Y ANALYSIS j
X/Q DEPLE10D REACTOR l$ILDINC WNT APR, MAY, EN, 1977 4 DOWNMND WUGHTED AVERAGES UNITS. SECW*3 DISTANCE 5 (1) Ssw 121 SW (3p Wsw 14) NW IN W -(si l V. N W .16 ) N N W - (8) j METERO OO 22 5 45 0 GF 6 90 0 1176 135 C 157.5 i 1 2Lt 20 1.701E-06 1.487E-06 1. 0 59E - 06 5. 54 4E-0 7 6.515E-07 b. 5P 5 E-0 7 3.575E-07 5.168E-07 2 40230 5. 413 E-0 7 4. 719 f- 0 7 L 5 3 5E-07 2.71 AE-07 3.lbOE-07 3. 09 5 E-0 7 1. H3E-07 1.8 3 4E- 0 7 3 8?4 70 h.734E-07 4. 327E- 0 7 5. 5 0 4E- 07 3.720E-07 4.030E-07 2.390E-07 7.0b9E-08 8.19 0E -08 4 120700 5. 4 79 E -07 3. nb 5 E- 0 7 3.2 5 8E- 07 2.4%E-07 3. P 75 E- 07 3.01bE-07 5.409E-08 5.bb2E-08 5 1609 40 3.445E-07 P.077F 07 P.1'19E- 07 2 247E-07 1.924E-07 1.5320-07 3.137E-08 4.72 4E-0 8 6 2414 00 1.755E-07 1.1100-07 1.131E - 07 1.421E-07 1.4486-07 4.53bE-08 2.865E-08 3.80iE-08 7 3218 70 1.081E-07 7.02 ? E-0 8 7. 0 7 5E - 08 5. 87 0E- 0 8 5.476E-06 3.769E-08 2.b74E-08 3.P2 3E-08 8 402340 7. 4 31E-0 8 4.926E- 0 8 3.909 6 08 4.798E-08 5. 0 41E- 08 3.181E-08 2.44PE-06 P.7bOE-08 9 482810 5.48PE-08 3.ba4E-08 3.011E-08 4.171E- 08 4.b49E-08 2.it0E-08 2.197E-08 2.378E-08 10 SE32 70 4.Pi&E-06 P.88bE- 0 8 P. b 3 7E -08 3.66bE-08 3.966E-08 2. 4 91 E-08 1.936E-08 2.043E-08 j 11 643740 3. 5 2 3E-08 2. 3 8 4 E- 0 8 P.329E-08 3.26 4E-0 8 3. 42 7E- 08 2.153E-08 1. 71P E-08 1.773E-08 l 12 724,10 P .9 07E-08 2.0 01E-0 8 P.02 5E-08 2.135E-08 2.944E-08 1.88?E-08 1.870E-08 1.555E-08 l 13 804680 P.450E-08 1. 716E-0 8 1.7470-08 2.?3PE-08 2.b770-08 1.893E-08 1.bi2E-08 1. 523E- 08 14 120701c 1.32PE-08 % 4590-09 9. 6 9 8E - 09 1.7bOE-08 1. 5 52 E- 08 1.20 3 E-0 8 1.117 P08 1.lbbE-09 15 1e093 49 8.408E-09 6.181E- 0 9 b. 3 ht - 09 1.217E-08 1.041E-08 7. 88P E-09 7. HPE-Di 6. li f.E -09 16 24140 29 4.27PE-09 3.161 E- 0 9 3.4PPE-09 7.046E-09 5. 73bE-09 4.302E-09 3.704E-09 3.114E-09 17 3218700 2.6 77E- u9 P.182 E- 0 9 P.18dE - 09 4.769E-09 3.769E-09 P.76bE-09 2.316E-09 1.914E-09 18 40233 79 1.8?bE-09 1.551E-Oi 1. 5 2 5E - 09 3. 4 3 5E- 01 P.b95E-09 1. 9P S E-09 1.5796-01 1.312E-09 19 48280 4B 1.403E-09 1.17P E- 0 9 1.0930-09 2. b2 PE- 0 9 2.0PPE-09 1.430E-09 1.162E-Oi 1.051E - 09 ;
20 6632729 1.0 5 3 E-01 "I. 7 0 3E-- 10 8.48PE-10 P.0%E-09 1.5b?E-09 1.117E-Oi 8.956E-10 8.069E-10 64373 99 l 21 8. 3 5 3E- 10 7. 4 3 9 E- 10 h. 7 6 76 - 10 1. 719E-0 9 1. P 74 E-09 9.278E-10 7.075E-10 6.540E-10 22 7;#2075 b .8 % E- 10 6.1890-10 5. 5 9 4E - 10 1. 4 71E- 09 1. 0 7 5 E- 09 7.709E-10 5.877E-10 4.847E-10 23 8046744 6.P8 3E-10 5.193 F 10 4.7 51E - 10 1 2 5?E -09 9 196E-10 b.596E-10 4.936E-10 4.0iiE - 10 N N DOWNWIND WDCiHTf D AVE R AGES. UNITS SE CM "3 DiST ANCE N 10) N N E - (10) NE - till ENE (12) y (13) ESE .(141 SE . (IS) $$E - (16)
METERS 180 0 202 h 225 0 24 L6 m0 292 6 315.0 33t6 1
201 20 9.93?E-07 4.1440-06 6. 5 4 4E-06 P.049E-06 1. 8 52 E- 06 1.5106-06 1.541E-06 1.171E-Ob
> 2 40230 3.3606-07 1. P 74 E- O b 1.9270-06 b.219E-07 5.890E-07 5.767E-07 4.6920-07 3. 80bE-07 3 804 to 1.28PE-07 4.61PE- 0 7 7. 09 ?E- 0 7 2. 3 3 0E-07 2. 3P 3 E- 07 P.130E-07 2.00PE-07 1.74 5E -07 4 1207 00 8.bukE-08 2. 715 f- 0 7 4. 0 5 7E - 0 7 1. 36 bE -0 7 1. 416 E -07 1. 514 E-0 7 1.bybE-07 1.HbE-07
$ 1609 40 b.992E-08 1.9470-07 P.7b9P07 9.8140-08 1. 03 7E- 07 8. 68 8 E-0 8 1.P20E-G7
- 1. 4 %E- 07 ti 2414 00 5.310E-08 1. 258 E- 0 7 1.b 5 7E- 07 b.bi1E-C8 7.libE-08 6.3390-08 9. 68 3 E-08 1.077E-07 7 3218 70 4. 211 E-08 9.P 8 5E- 0 8 1.172 E- 07 5.271E-08 5. 7 41 E- 08 5.P96E-08 9.13?E-08 8.477E-08 8 402340 3.55 % 08 7. 7 78 E- 0 8 A .9 ? ?f- 08 4. 3 5 5E- 08 4. 7 88E- 08 b.233E-08 6.85bE-08 7.04kE-08 l 9 482810 2.981E-08 5. 9 08 E- 0 8 7.19 5E - 0 8 3.b77E-08 4.0b4E-08 3.993E-08 5.526E-08 5.25bE-08 10 5632 70 P.522E-08 4.908E-08 5. 9 3 bE -0 8 3.12 8E -0 8 3. 462 E -08 3.4bOE-08 3. 3 31E-08 4.357E-08 11 6437 40 P.16 3 F-0 8 4.lbOE- f , 5. 0 08E- 0 8 2. 6'19E-0 8 2.987E-06 3.023E-08 2. 8 8 8 E-08 3.573E-08 j 12 724210 1.880E-08 3. 5 8 5 E- 0 8 4.P98E-08 2. 3 5 7E- 08 2.b11E-08 2.bb7E-08 2. 53P E-08 1.07 3 E- 0 8 y
13 804680 1.b 5 3E-08 3.130E-0 8 3. 7 4 0E -08 P.083F06 2. 3 06 E -08 P.375E-06 2.241E-08 3.060E-08 14 1207010 9. 7 7 5E-09 1. 821E- 0 6 P .1516- 08 1.2550-08 1. 3 92 E-08 1.463E-08 1.351E-08 15 1.L90E-08 j 1609349 b. 5b 2 E-Oi 1.P17E-08 1. 4 2 4E - 08 8. 515E-01 9. 4 65 E-09 1.002E-08 1.115E-09 16 24140 29 3.k1bE-09 b.698 0- 0 9 7. 75 PE- O'I 4.73E-09 5 292E-09 5.L37E-09 1.051E-08 f 17 3218700 P.118E-09 4.3050-09 4. 9 4 4E- 0 9 3. 09 8E-Oi 3. 419 E- 09 3.647E-0*I 5.015E-33 5.151E-0*l !
3.P75E-Oi 3.150E-09 I 18 4023379 1.b2SE-09 3.02'lE- 01 3. 4 5 5E - 09 P.149E-09 2. 4 C8E-09 2.5710-09 2.1210-01 2. 315E-09 19 48280 48 1.P09E-0*l 2. PbP E- 0 9 P. 56 4E - 09 1.559E-09 1. 72 8E -09 1.883E-09 1.bO8E-09 1.709 E- 09 f 20 5632729 9. 3 8 4 E-10 1. 763 E- 0 *l 1.988E-09 1.231E-0*l 1.349E-0*l 1.440E-Oi 1.245E-Gi 1.315E-09 1
21 64373 99 7.525E-10 1.4200-09 1. 5 9PE - 09 % 8466-10 1.119E-09 1.171E-01 i 22 7242075 5.805E-10 1.17P E- 0 9 1. 3 0 bE -09 8.071E-10 9.188E-10 9.731E-10 'i.845E-10 1.0 5 4E-09 !
l 23 8046744 4.655E-10 9. 87b E- 10 1.0942-09 b.752E-10 7.b98E-10 8.139E-10 8.0$bE-10 8. 566 E- 10 j 6.b31E-10 7.0 78E- 10 @
)
51
_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ . _ _ ___. ________ ___a
1
\
d TABLE 4.1-6 REl.ATI VE IW.POSITI ON CONCI ATRATI ONS ITR l! NIT ENI SS I ON FOR BUILDING REACTOR VENT FOR APRll THROlWil JlfNis,1977 BM ION FDI S ION m. - Plld W 131 T 1 AFPl?LIX l Ah M blS D/0 M PI I TED k l. A CTOR fWilD]M t B MR, MM, Jl N , 1977 DOWNW:ND M IGH HD AVf FiaGf 5 UNI TS. SE C %1'
- 3 g
DISTANCE S til SS W - (2) SW>(U W s w - 14 ) W - (5 ) WNW 4) N W - (7) N N W - (8)
METERS 00 22 5 45 0 67 5 90 0 112 5 135 0 167.5 1 20120 2.064E-06 P.0 58 E-0 A k . 2 7 5E - 0 8 E. 58 7E- 0 9 4.418E-09 3.040E-09 1. 751E-01 2.5 5 4E- 09 2 402 30 L.P94E-09 6.17 8 F - 0 9 4. 0 7 3E - 09 P.404E-09 1. 862 E -09 1.470E-09 7.623E-10 9.172E-10 3 80470 4. 2 4 b E-09 3. 59 4 E- 0 9 P. 9 09E- 09 1. 42 5E-0 9 L.600E-09 1.151E-09 3.520E-10 4.064E-10 4 1207 00 2.465E-09 P.16 3 E-0 9 L. 6 LbE - 09 8. 32 4E - 10 1. 0 50E - 09 1.309E-O'l 2.h07E-10 2.819E-10 5 1609 40 1.558F09 1. 4 0bE- 0 9 1. 0 5 0E- 09 b . 071E - 10 6. 3 Pb E- 10 6.852E-10 1. 4 5 4 E- 10 2.353E-10 0 2414 00 8.021F LO 7.4340-10 5. 4 71E - 10 3. 4 5 0E -10 3. 9 77 E- 10 P.10LE-10 1.271E-10 1.86 4 E- 10 7 3218 70 4.9b7E-10 4.652E-LC 3 4 0bE - 10 k . 83 M -10 1.813E-10 1.6890-10 1.d&E-10 1.524F 10 8 4023 40 3.420E-10 3. 215 E- 10 P.14 5E - 10 1. 3 5 7E -10 L.489E-10 1.384E-10 9.7500-11 1.259E-10 9 402610 P.5PLE-10 P . 3 71 E- 10 1. b 0 6E - 10 1. 06 9E -10 1.254E-10 1.2190-10 8. 4 31E-11 L.052E-10 to 563270 1.971E-10 1. e 47 E- 10 L . 318E - 10 8. 76 4E -11 1.031E-10 1. 019 E-10 7.247E-11 8.84 LE- 11 4 11 643/40 n.598E-10 1.4940-10 1.10 PE- 10 7.377E-11 8.669E-11 8.674E-11 6.28bE-11 7. 57 P E - 11 I 12 724210 1. 3 3 4 E- 10 1. P 39 E- 10 9.2 3PE - 11 b.330E-k1 7.334E-11 7.413E-11 6.516E-11 b.558E-11 l l 13 8046 80 1.131E-10 1.0 4 7E- 10 7. 8 0 5E - L L 5.5??E-11 b.453E-11 7.2P8E-11 5.79hE-11 6 .213E- 11 j 14 1207010 5.9 6 5 E -11 5. 4 89 E- 11 4. k 3 8E - 11 3.220E-11 3. 5 50E- 11 4.P7bE-11 3.530E-11 3.599E-11 )
15 1609349 3.7b1E-11 3. 4b 30- L 1 P. 6 5 8E - 11 2.144E-LL 2.331E-11 P . 74b E-11 2. 2 3 5E- 11 2.376E-k1 l 16 24140 29 1.9 2 ? F- 11 1.7 97 E- 11 L. 4 07E - 11 1.198E-1 k k.269E-11 1.482E-11 1.170E-LL 1.18 4E- 11 (
17 32187 00 1.P11E-11 1.122 E- 11 8. 8 7 0E - 12 7.93 3E-k 2 8.3b1E-LP 9.385E-12 6.9440-LP ?.P77E-12 18 40233 79 8.507E-LP 7. 7 7 d E- 12 L. 2 07E - 1P 5.703E-12 5.979E-k2 b.483E-1P 4.70AE-12 5.18 9 E - 12 l 19 4820048 l
- 6. 38 5 F12 5. 766 E- 12 4. 513E - 12 4. 3 5 7E - L P 4.4'IME-12 4.85 3 E- L P 3. 4 5 8E- LP 3.'115 F - 1P j 20 56327 29 4. 8 71E- L P 4. 41b E- L J 3. 5 2 5E - 12 3.477E-1P 3.520E-12 3.829E-12 2.b?OE-12 3.0040-h2 j 21 643/39 3.90?f-LP 3.514F 12 P. 8 4 7E - L P 2. 8 5 AE -12 2.883F-LP 3.117 E-12 2.12 7 E- 12 2.435E-12 1 22 72420 7 3.240E-1P P.893E-12 P .16 4E- 1P P.418E-1P 2.429E-12 2. BOLE-12 1.749E-12 1.838E-12 !
23 8046/44 2.904E-12 P.49PE- L P 2. 0 09E - LP 2.078E-12 2.083E-12 2.Plit-12 1.471E-12 1. 54 7 E- 12 OOWNWIND WilGHTIO AVE R AGES UNITS Sf C!M3 RECFTR l DIST ANCE N (91 N N E 110 p N E - (11)
NO E N E - (12l E - (13) ESf.-(14) SE 116l SSF .(16l METERS 180 0 2025 22b 0 2475 270 0 2926 315.0 3375 1 20120 5.540E-09 3. 4 8 5E- 0 8 k.PbPE-08 1.448E-08 k.126E-08 9.564F09 1.99hE-09 L.090E-08 l 2 40230 2.040E-09 1.0 7 7 E- 0 8 L . 8 P 7E- 0 8 4.391E-09 3. bbbE- 09 3. 4 8 2 E-Oi 3.069E-Oi 3.4=9E-09 3 80470 7.7P7E-10 3.86?E-09 6. 6 8 3E - 09 L.b3PE-09 1. 4 3 8 E-09 1.419E-09 1.3370-09 L.463E-09 4 1207 00 5.39?E-10 P. P 61E- 0 9 3. A 00E- 09 9.bl9E- L C 8.900E-10 h.023E-09 1.075E-09 L.140E-09 5 160940 4.514F-10 1. 6 0 $ E- 0 9 P. 5 7PE - 09 6.12 bE -10 6.b70E-10 5.891E-10 7.729E-10 9.55bE-10 l C 2414 00 3. 4 Pb E- 10 1.0066-09 1. 4 9 4t - 09 4.bkPE-10 4.b92E-10 4.155E-10 5.563E-ku 5.937E-10 7 32 t B 70 2.690E-10 7.167E-k0 k. 0 L 4E -09 3. 48 9E-10 3.bb4E-10 3.235E-10 4.b45E-LO 4.20LE-10 8 432340 P.158E-10 5. 4 4 0E- 10 7. 4 b 4E - 10 2.771E-10 P.966E-10 3.2490-10 3. 36b E-10 3.P 1 kE- 10 9 4628 10 1.7bbE-10 4. 300 E- 10 5. 7 78t - 10 P.261E -L O 2.449E-10 P.164E-10 2. b 22 6-10 2.365E-10 in 5632 70 1.4690-10 3. 5 08 E- 10 4. 6 5 9E - 10 1.88PE-10 P.048E-10 1. 815 E- 10 1. 70 3 F- 10 1.909E-10 11 643740 1.P44E-10 2.9 3 3E- 10 3.8b2E-10 1. 59 5E-10 L.743E-10 1. 5 49 E-10 1.445E-10 1. 5 5 2 E - 10 12 7242 10 1.071E-10 2.49hE-LO 3.265E-10 L. 37 4E-10 L . 5 0bE- 10 1.340E-10 1.P43E-10 1. 313 E- 10 13 8046 80 9.329E-LL P.158 0- 10 P. 8 0 50 - 10 1.19 9E-10 1. 31?E - 10 1.1740-10 1.0 8 3E-10 1.215 E - 10 14 1207010 5.370FL1 1.P 14 E- 10 L.544F 10 6.927E-LL 7.b98E-11 6.8900-11 6 210E-11 6.409E-11 15 1E.093 49 3.561E-11 7. 't? 3 E- 11 'I. 9 81E - 11 4. 59 5E -11 5.1540-11 4.622E-11 4.083F 11 3.99 6E - 11 16 2414029 1.9 4b E -11 4. 328 E- 11 5. 3 01E - 11 P. 50 3E -11 P.8430-11 P.561E-11 P.191E-11 1.*tL 80- 11 17 3218/.00 1.P50E-11 2.? ? 5E- L & 3. 3 4 bE - 11 1.6066-11 1.830E-11 1.656E-11 1.392E-LL L.P0bE-11 18 4023379 8.798E-LP 1.9 5 5E- 11 P. 3P9E - 11 1.LLPE-11 1.P90E-11 1.158E-11 8.989E-12 8.79 3E-1P 19 48200 48 6.584E-12 1.465E- L L L . 72 7E - 11 8. 07 9E - L P 9.195E-12 8.639E-12 b.855E-12 b.550E-12 20 503P 7 29 5.14bE-LP 1.le ? f- 11 1. 3 3 9E - 11 6.45bE-LP 7.P37E-1P b.b98E-12 5.350E-12 5.074E-12 21 64373 99 4.15AE-LP 9.P84E-LP 1. 0 7 4E- 11 5.17bE- 12 b.0bOE-12 5.49?E-12 4.25?E-E2 4.054E-12 22 72420 75 3.28 5E-LP 7.b 99E- L P 8. 8 3 4E - 12 4.254E-17 5.000E-12 4.bl5E-12 3. 50 8 E-12 3.29hE-12 23 804E7 44 P.71ut-LP b. 5 22 E- 12 7. 4 2 3E - L 2 3. 5b 9E-12 4.PLDE-12 3.900F12 2.90F F12 2.7 30 E- 12
)
)
52
.h _ _ _ _ _ _ _ _ _ _ - _ _ -
TABLE 4.1-7 UNDEPLETED RELATIVE CONCENTRATIONS PER UNIT DilSSION FOR MAIN STACK FOR JANUARY TIIROUGH MARCH, 1977 BMTON 1:DISION CO. - PILGRIM NIT 1 APPEWIX 1 ANALYSIS X/Q MAIN STA G , JAN, m , MAk, 1977 DOWNWIND MICHMD AVER AGE S UNITS SE C M"3 RE DISTANCE 5 III S$W -(2) SW (3) WSW .141 W -15) W N W 161 NW - (7) N N W - (8)
METERS 00 22 5 45.0 6 7 f> 90 0 112 5 1350 157 6 201 20 5. 29 ? E- 10 1.P 4 5E- 0 9 1. 57 bE - 11 1. 401E- 0 9 1. P b1 E- 09 1.034E-08 4.88?F-01 1.721E-Di 2 40230 1.7710-09 b. 518 E- 0 9 1.151E - 09 8. 3 4 bE -0 9 1.86LE-08 3.6 59 E-08 2.103E-08 8.399E-09 3 804 70 b.888F-08 2. 8 32E- 0 8 1.819f-DA 3.045E-06 2.749E-08 1.4A7E-08 9.287E-09 2.29bE-09 4 120700 1.389E-07 5.3030-08 4. 5 02E - 08 3. 52 5E-0 8 3. 061E-08 1. b 8 3 F-08 5.786F-Oi 1.721E-09 5 1609 40 9.9 8 8 E-08 8.301E-0 8 4.084E-08 1.2496-07 2.290E-08 5.8710-09 6.496E-01 3.187E-09 8 2414 00 A.4bAE-08 5.299E-0 6 3. 2 90E -08 k.251E-07 1. 5 5 5E - 08 7.835E-09 7.9?bE-Oi b.024E-09 7 2.21870 6.0 3 4E-0 8 3. 3b9E- 0 8 P. 0 0 3E - 08 P.765F-Oe 8.610F-09 8. 827 E-09 8.86PE-Gi 7.8 7 3E -09 8 402340 4. 41b E-08 P. 3 50E- 0 8 8.14 3E- 09 2.861b08 1.bb3E-08 9.144E-09 9.270E-09 8 859E-Oi 9 4828 10 3.P22E-08 1. 5 57E- O e 6. 8 5'lE- 09 2. 74 7E-08 1.b36E-08 9.042E-09 1.306E-09 9.204E-Oi l 10 5632 70 2.585E-08 1. O k S F- 0 8 8. 8 8 3F- 09 2.979E-08 1.534E-08 8.506E-09 8.829E-Oi 8 875E-Oi 11 643740 1.994E-08 9. b 11 E- 09 8. 8 71E -09 P.b5bE-08 1.423E-08 7.908E-09 8.26bE-01 8.38bE-09 12 724210 1.544E-0A 8. 06 PE- 0 9 A. 5 5 bE- 09 P.5 APE-08 1. 2 69 E-0 A 7. 3 4 7 E-0 9 7.731E-09 7.8 8 8E- 09 13 804680 1.300E-08 7.0500-09 7. 918F -09 P. 48 5E-08 1.P56E-08 9.037E-09 9.804E-Oi 8.789E-09 14 12C7010 8. 0 5 8 E-0*I 3.9 2 3 E- 0 9 4. 5 5 5E - 09 1.675E-06 9. 52 4 E-09 7.604E-09 8.870E-09 6.5b3E-09 is 1c093 49 5.596E-09 2. 5 bP E- 0 9 P . 911E - 09 1.09 4E-0 A 5. 9 3 5 E- 09 5.310E-09 5 713E-01 5.161F-09 16 24 t 40 29 3. 3 28 F-09 1. 38 3 E- 0 9 1. 5 7 9E- 09 5.994E-0*l 3. 416 E -09 P.811E-09 3.??5E-09 3.8136-09 17 3218700 2.183E-09 9.b 88 E- 10 1. 09 bE - 09 4. 33 9E -0 9 2.173 F- 09 P.055E-09 2.5P9E-Oi 2.568E-09 18 4023379 1.562E-09 7.0 6 5 E- 10 7. 96 9E - 10 3.332E-09 1. 6 08 E- 09 1.549E-09 1.868E-09 1.760E-09 19 4628048 1.185E-09 5.PPPE-10 6.4 3 9E- 10 P. b7 7E-09 1. 2 91E-09 1. 22 b E-Odl 1.449E-01 1.300E-09 20 f 6327 29 9.704E-10 4.7 39E- LO 5.14 5E - 10 P.063E-09 1. 06 5 E- 09 9.869E-10 1.187E-09 1.058E-09 l 21 64373 99 8. 019 F- 10 4.0 3 0 E- 10 4.2 b 2F - 10 1.714E-0 9 8.955E-10 8.1 % E-10 1.780E-10 8 . 516F - 10 l 22 72420 75 b. 7 38 E- 10 3. 499 E- 10 1.587E-10 k.369E-09 7. 5 8bE-10 b.872E-10 8.761E-10 7.8??E-10 23 8046744 5.237F-10 P. 7 78 F- 10 3.0b5E-10 1.P5 AE-09 6. 53 5 E-10 5. 914 E-10 7.k17E-k0 h.721E-10 k DOWNWIND WElGH M D AVER ACFS UNITS SE C/M "3 i M
DIST ANCE N - (91 NN E - (10 $ N E t11) E N E 112) E - (13) ESE-(14) S E - (15 ) SS E - (16)
METERS 180.0 202.5 226 0 247,5 270.0 292.6 316.0 337.5 1 20120 1.422E4 1 7.718 E- 0 9 P. 0 51E - 08 1.6ME-08 3. 01b E- 08 2. 002 E-08 9.986E-Oi 2.879E-Oi 2 40230 8.P44E-09 3. P 00 E- 0 8 7. 9 4 4E- 08 5. 7 8 4E - 08 1.031E-07 7.702E-08 3.958E-08 1.P 5 5E -08 3 80470 1.00AE-On P. P 3 3 E- 0 8 P. 7 3 3F -0 A 1. 9h bE-0 A 5.427E-DA 5.414E-08 4.334E-08 1.9 4 3E-0 8 l 4 120700 7. 4 b 7 F-O'l P. 013 F- 0 8 1. 4 9 7E - 08 1. 4 7 8E + 0 8 4.P85E-08 6.551E-08 4.87bE-08 7.10?E-08 5 1609 40 8.458E-09 2.111E- 0 8 1. 76 8E -08 2.19 5E -0 8 4.844E-08 4.971E-08 .l' 5.478E-08 7.199E-08 c 2114 00' 1.0b90-06 P. 3 5bE- 04 P. 5 8 3E - D A 3. 4 5 bE - 0 8 5. 8 98E - 08 5.781E-08 6.2436-08 3.ib3E-08 f 7 3218 70 1.20bE-08 2. 4 62 E- 0 8 9.2 0 5F- 0 8 4.05PE-08 b.180E-08 5. 8 4 3 E-0 8 7.547E-08 1.8 7 4 E-08 l 6 402340 1.Pb2E-08 2. 4 50E-0 8 1.5 41E -08 4.217E-0 8 6.02?E-08 6. bi?E-08 7.591E-08 1.68 3E- 08 !
9 4828 10 1.P 5 8E-08 P.363E-08 3. 6 39E - 0 8 4.14PE-08 5.684E-08 6.477F-08 7. P 5 5 6-08 1.3h3E-08 10 5632 70 1.187F-08 P .191F- 0 8 1. 4 8 8E - 0 8 3. 86PE-0 8 5.186 E- 08 4. 58 9 E-08 5.637E-08 1.15bE-08 l ft 643740 1.10bE-06 P. 0170- 0 8 3. 2 8Pt- 08 3.5bPE-08 4.713E-08 4.128E-08 3.821E-08 1.062E-08 1
i 12 724210 1.029E-08 1. 7 b00- 0 8 3.07bE-08 3.28 ?E-D A 4.299E-08 3.73PE-08 3. bO 8F-08 9.178F-09 13 804680 9.579F-09 1.719 E- 0 8 P.879E-08 3. 03 8E -0 8 3. 937 E-08 3. 391 E-08 {
3.403E-08 1.935E-01 !
14 1207010 6.8bOE-09 1. 209 E- 0 8 P.094E-06 2.132E - 0 8 P.b85E-06 2.250E-06 2.558E-08 b.52bE-09 j 15 1609349 5.175E-09 9. 061 E- 09 1. 59 0E - 08 1. 592E -0 8 1. 9 7 8E- 08 1.b30E-08 1.989F-08 4.4 3 3E-09 16 24140 29 3.314E-09 5. 780 F- 0 9 1. 0P 4E- 08 1.010E-08 1. 2 31E-08 1.001E-08 1.3POE-08 2.654E-09 l i
17 32187 00 P. 3 5PE-09 4.102 E-0 9 7. 2 9 PE - 09 7. 719E -09 8. 7 01F-09 b.946E-09 1.077E-08 1.753E-09 18 40233 79 1.783F-09 3.111 E- 0 9 5. 5 3 5F - 09 5.871E-09 6. 5 55 E- 09 5. 70 P E-Oi 9.094E-Oi 1.187F-01 19 4828048 1.411E-09 P. 4 6 8 E-0 9 4. 3 91F-09 4.760E-09 5.815E-09 4.396E-09 6.630E-09 8.7 0 ? E- 10
- 20 5632729 1.15bE-09 P.022E-09 3. 5 97E-09 3.49PE-09 4.617E-09 3.55bE-09 5.089E-Oi 6.939E-10 ,
21 64373 99 9.7 01E-10 1.6990-09 3. 0 20E - 09 P."lP7E-09 3. 540f-09 P.875E-01 4.P38E-09 5.8 0 5 E- 10
- 22 72420 75 9.136F-10 1. 4 5 5 E- 0 9 P.584E-09 2. 501E -0 9 3. 024 E- 09 2.355E-09 3. 517 E -0 4 5.064E-10 23 804s744 A.036E-10 1. P 650- 0 9 P424bE-09 P.17PE-09 P.625E-09 2.040E-09 3.135E-09 4 446E-10
)
)
)
53 1
i
_--______U
TABLE 4.1-8 DEPLETED RELATIVE CONWNTRATIONS PER UNIT EMISSION FOR MAIN STACK FOR JANUARY THROUGH MARCH, 1977 BOSTOS EDISON CO. - FILCRIM DIT 1 APPfNDIX ! ANALY$15 X/Q DEPLETED MAIN STACK JAN, FEB, MAR, 1977 DOWNWIND WElGHTED AVEH AGEE UNITS SE C /M "3 DISTANCE $ til $sW . (21 sW (31 Wsw - 14) W -10) WNW - (6) N W - (7) N N W - (81 METERS 00 22 5 45 0 671 00.0 112.5 135.0 157.5 1 20120 5.PLIE-10 1.P 3?E-0 9 1. 56 4E - 11 1.39PE-09 1.P530-09 1. 02 ? E-08 4.856E-09 1.710E-09 2 402 30 1.751E-09 6. 4 5P E- 09 1.13 6E - 09 8 257E-09 1. 8 51 E- 06 3.6P3E-08 2.082E-08 8.320E-09 3 804 70 6. 4 71 E-08 2.68 5E-0 A 1. 72 9E- 0 8 P.926E-08 P.663E-08 1.458E-08 1.143E-Oi 2.274E-09 4 120700 1. P 56 E-0 7 4. 8 86 E- 0 8 4.15 0E - 08 3.339E-08 2. 9 02 E-08 1.61kE-08 5.656E-Oi 1.683E-09 5 16c9 40 8.9442-08 7. P D SE-0 8 3. 7 0 8E - 08 1.141E-0 7 2.1600-08 5.655E-09 6.287E-09 3.070E-09 6 2414 00 ?.12 5 E-0 8 4.1770-08 P . 89 6E - 08 1.09?E-07 1. 4 51 E- 08 7.451E-09 7. 57P E-Oi 5.644E-Oi 7 3218 70 4.8890-06 2. 59 3E- 0 8 1. 76 0E - 0 4 2.510E-08 8. 0 31 E-09 8. 2 5 4 E-09 8.768E-09 7.306E-09 8 402340 3.506E-08 1. 811 E- 0 8 7. 3 3 5E-09 P.548E-0A 1.491E-08 8. 42 5 E-09 8.512E-Oi 8.098E-09 9 482810 2. 5 9 5 E-08 1. 2 59 E- 0 8 7. 8 0 0E- 09 P. 4 tl 5E -0 8 1. 4 3 8 E- 08 8.219E-Di 8. 4 20 E-01 8.214E-09 l 10 5632 70 2.0 5 8 E-08 8. 760 E- 0 9 7. 62 7E- 09 2.535E-08 1.322E-08 7. 6 32 E-Oi 7.8??E-09 7.888E-01 11 6437 40 1.6 09 E-0 8 7.663E-09 7. 3 8 PE - 09 2.P21E-08 1. 2 02 E- 08 7. 00 8 E-09 7.274E-09 7.354E-09 12 7242 to 1.2 58 E-08 b. 3 4 8 E-0 9 6. 8 76E- 09 2.kO9E-08 1.055E-08 6. 4 32 E-Oi 6. 715E-Oi 6.628E-Oi
$3 8046 80 1.0 5 3E-08 5.454E-09 6.16 CE - 09 1. 971E- 0 8 1.014E-08 7 646E-09 8. 22 5 E -01 7.426E-09 14 1207010 6.083E-09 P. A 6 5 E- 0 *l 3.32 5F- 09 1.199E-08 6. 4 6 7E -09 5. 76 8 E-05 6.600E-Oi 5.176E-09 15 16093 49 3.968E-09 1.7900-09 P.0670-09 7. 49 0E-0 9 4.050E-09 3.787E-01 4.098E-01 3.799E-09 j 16 24140 29 2. 0 70 E-0 *I % 0 54 E- 10 1. 0 5 5E - 09 3.818E-09 2.106 E- 09 1. hie-09 2.287E-09 2.162E-Oi 17 32187 00 1.269E-09 5. 781E- 10 6. b 4 7E- 10 2. 42 3E- Oi k.303E-09 1.24 5 E-01 1.4030-01 1.PiiE-09 18 40233 79 8.6 4 7E40 3. 96 8 E- 10 4. 5 3 ?f - 10 1.5980-09 % 001E40 8.474E-10 % 424E-10 % 33 8E-10 19 48280 48 6. 299 E-10 P . 8 64 E- 10 3.19 9E - 10 1.043E-09 6.529E-10 5.861E-10 6.765E-10 6.8216-10 20 5632729 4.699E-10 2.709 E- 10 P. 414E - 10 8. 59 2 E -10 4.8POE-10 4.300E-10 4.570E-10 5.189 E- 10 21 64373 99 3.651E-10 1. 690E- 10 1. 8 4 9E - 10 6.556E-10 3. 4 74 E-10 3. 38 8 E-10 3. 719 E- 10 4.108E-10 22 72420 75 2.9 56 E- 10 1.P 38 E- 10 1. 4 8 4E - 10 5.760E-10 2.814E-10 P.747E-10 2.989E-10 2.181E-10 23 8046744 2.564E-10 1.178 E- 10 1. 2 3 5E - 10 3. 7 9 7E-10 2.329E-10 2.275E-10 2. 360E-10 2. 506 E- 10 DOWNWIND WFIGHTED AVER ACES, UNITS SE C 'M "3 DISTANCE N . (9) N N E - (10) NE - (11) ENE (12)
- METERS 180 0 202.5 E (131 fSE (14) SE 115) SSE t 16) y 225 0 247.5 270 0 292.5 315 0 3375 1 20120 1. 415 E- 11 7.6700-09 2. 0 39E- 08 1.60iE-08 2.99?f-08 1.989E-08 % 92P E-Oi 2.860E-Oi 2 40230 8.189 E-0*l 3.171E- 0 8 7. 8 7 3E- 08 5.71PE-0A 1. 021 E-0 7 7.627E-08 3.919 E-0 8 1.242E-08 3 80470 9.972E-09 2. P 02 E- 0 8 P.704E-08 1.9 4 5E-0 8 5. 3 50E- 08 5.325E-08 4.2590-08 1.494E-08 1 4 1207 00 7.314E-09 1.169 E-0 8 1. 4 7 M - 08 1.446E-08 4.186 E- 08 6.358E-08 4.741E-08 6.643E-08 5 160940 8.2006-09 P.0 46 E-0 8 1. 716E- 0 A 2.118E-08 4.683E-08 4.800E-08 5.P66E-08 6.589E-08 0 2414 00 1. 016 E-0 8 2.P39E-06 P. 4 51E - 08 3.26 5E-0 8 5.591E-08 5.450E-08 5.874E-08 3.597E-08 7 3218 70 1.128E-08 2.298 E- 0 6 P . 98 7E - 08 3.762E-08 5.760E-08 5.451E-08 6. 9 4 3 E-0 8 1.715E-08 8 402340 1.163E-08 2. P 51 E- 06 3.24 Ak-08 3. 8 5 3 E- 0 8 5.533E-08 6.117 E-0 8 6.858E-08 1. 514E-08 i
9 482810 1.143E-08 P.141 E- 0 8 3. P 90E-08 3. 7P 9E-0 8 5.146E-08 5.814E-08 6.448E-08 1.214E-08 I to 5632,70 1. 06 5 E-0 8 1.'l 58 E- 0 8 3.110E - 08 3.4 PEE-08 4.633E-08 4.115E-08 4.975E-08 1.017E-08 I 11 6437 40 % A00E-09 1. 7 79 E- 0 8 P. A8?E-08 1.119E-b 8 4.15 7E- D A 3. 6 57 E-08 3.377E-08 %18 3E-09 12 724210 9. 0 08 E-09 1. 620 E- 0 8 P. 6 7PE - 08 2.840E-08 3.746E-08 l 3.269E-08 3.14 8E-08 7.8 5 5 E- 09 1 13 8046 80 8.2 8 5 E-09 1. 4 79 E- 0 8 P. 4 69E- 08 2.59PE-08 3.389E-08 2.937E-08 2.932E-08 8.184E-09 14 1207010 5.6 2 3 E-09 9. 8 50E- 0 9 1.6 9 ?E- D A 1. 715E-D A P.190E-08 1.854E-08 2.02PE-04 4.126E-Oi 15 1609349 4.047E-09 7. 0 3 3 E- 0 9 1.2P 5F - 08 1.217E-08 1.539E-08 1.P87E-08 1. 5 39 E-08 3.171E-Oi 16 2414029 2.390E-09 4.130E-09 7.P35E-09 7.061E-09 8.894E-09 7.345E-09 9. 36 3E-09 1.645E-09 17 32187 00 1. 5 8 3 E-09 P. 7 310-0 9 4. 7 81E - 09 4.835E-09 5. 8 36E-09 4. 79 5E-01 6.??bE-01 1.017 E- 09 18 40233 79 1.1P9E-09 1.% 8E- 0 9 3. 4 00E -09 3.388E-09 4.142E-09 3.508E-09 4.844E-09 7.14 0E- 10 19 48280 48 8.473E-10 1. 4 6P E- 0 9 P. 5 4 4E -09 v. 48 9E - 09 3.153E-09 P.588E-09 3.557E-09 5.213 E- 10 20 56327 29 6.60 3E-10 1.140 E- 0 9 1. 9 76t - 09 1.886E-09 P 429E-09 1.993E-09 2.711E-09 4 .0 26E-10 21 64373 99 5.29 6 E- 10 9.15 3 E- 10 1. 5 80E- 09 1. 50 4E-0 9 1.935E-09 1.595E-09 2.161E-Oi 3.2 21E- 10 22 72420 75 4. 24 4 E-10 7. 516 E- 10 1. 29 PE - 0*l 1.P2 ?f -0*i 1.5A8E-09 1.306E-09 1.758E-09 2.654E40 23 80407 44 3.376E-10 6.P89E- k 0 1. 0 7 7E - 09 1.02 0E-0 9 1.328E-09 1. 09 5 E-09 1.472E-01 2.211E-10
)
) !
l 54 i
TABLE 4.1-9 RELATIVE DEPOSITION CONCENTRATIONS PER UNIT EMISSION FOR MAIN STACK FOR JANUARY THROUGH MARCil, 1977 BOSTON EDISION CO. - PILCRIM t' NIT 1 ANALYSIS D/Q MAIN STACK JAN, FEB. MAP, 1977 00WNWINO WEIGHM AVE NES WR SECM* *3 DISTANCE s . til ssw . (2) $W4 (3) WSW - (4) W - (5) WNW : (6) NW (7) NNW d METERS 00 22 6 45.0 67,5 90 0 1116 135.0 157.6 1 201.20 1.105E-U 5 13 5 E-12 1.73bE-13 5.70?E-12 5.107E-12 7.491E-11 3.080E- u % 3 56E-12 2 40230 3.678E-11 3.281 E- 11 1. 260E - 11 3.470E-11 4.lbbE-11 2.42bE-10 1. 29 3E-10 4. 3 4 4 E- 11 3 80470 5. 5 4 2E-10 1. 3 55 E- 10 1. 5 4 8E- 10 1.162E-10 1.718E-10 1.135E-10 7. 069 E-11 1.223E- H 4 1237.00 7.5526 10 1. 6 55 E-10 229 97E-10 1.14LE-10 2 091E-10 1.362E-10 4. 64 8 E-M 1.14 bE- H E 1609 40 5 196E-10 1. 808 E- 10 2.468E-10 2.??iE-10 1.522E-10 4.76 3 E-11 5.040E-11 2.270E-11 6 2414 00 3.4950-10 1.0 59E- 10 1. 718E- 10 2.335E-LU 9.7b1E-11 b.381E-11 5.b150-11 4.150E-11 7 321870 2.27bE-10 L.8 20 E- U 1. 029E- 10 6.384E-11 5.32bE-u b. bO 7 E-n 5.?b9E- H 5.0 4 4 E-M 8 402340 1.598E-10 4. 803 F- 11 4. 5 3 *E - 11 5. 91bE-11 8.498E-11 L.231E-11 5.509E-11 5.212E- 11 9 482810 1.18bE-10 3.47bE-11 4. 4 70E -11 5.278E-11 7.725E-LL 5.670E-11 5.10bE-11 5.18 3E-11 10 5632 70 %323E-n 2. 5 bOE- 11 4.15 5E- H 5.251E- M b.841E- u 5. 029 E-11 4.582E- u .
4.789E-M 11 6437,40 7.413E- n 2.17bE- 11 3.849E- u 4. 519E-11 6.050E- H 4.4bOE- H 4.10 2 E-M 4.371E- U 12 724210 5. 8 88E-u 1.810 E- 11 3.460E- n 4 180E- H 5.22bE-11 3.977E-U 3.b88E-11 3.987E-u 13 804680 4.9196-u 1. 5 48 E- 11 3.0 2 3E- M 3.829E-11 4.878E-u 4.269E-H 4.0986-14 1207010 2.714b u 8.171 E- 12 1.588E- M 2. 24 0E-M 2. 8 54 E- n 2.855E- H 2.915E-n M 4.219E- u 15 1609349 1.730E-11 5.13 5 E- 12 9. 83 9E - 12 1.398E-11 1.798E-11 1.841E-11 1.820E-11 2.803E- u 16 24140 29 8.794E-12 2.631E- 12 4. 9 81E - 12 7.134E-12 9.13 7E-12 9.507E-12 9.847E-12 2.000E-11 17 32187 00 5.38bE-12 1.bbOE- 12 3. 0 89E-12 4.410E-12 5.b2LE-12 5.997E-12 1.070E-11 3.679E-12 1.143 E- 12 2. 099E - 12 2.95bE-12 3.835E-12 4.084E-12 6.070E-12 6. 401E- 12 i 18 4023379 19 48280 48 2.b88E-12 8.3b1E+13 1. 4 5 9E- 12 1.94 7E-12 2. 73 5 E- 12 2.864E-12 2.974E-12 4.10 b E -12 4.671E-12 l 20 66327 29 1.999E-12 b.192E- 13 1.100E- 12 1. bO bE -12 1. 98b E-12 2.174E-12 2.121E 12 3. 42 5E- 12 21 6437399 1.5bOE-12 4.9 b7 E-13 8. 4 03E-13 1.234E-12 1.440E-12 1.72bE-12 2. 515E-12 22 72420 75 1.2b4E-12 3.8096-13 b. 7 4 bE- 13 1.088E-12 1.15bE-12 1.409E-12 1.b91E-12 2.058E-12 4 23 8046744 1. H2E-12 3.4746-13 5.b 27E -13 7.4536-13 % 501E-13 1.175E- u 1.373E-12 1.129E-12 1.46 4E- 12 1.23 4E- 12 00WNWIND WEIGHTED AVEll AGES UNITS, SEC/M**3 OISTANCE N - (9) N N E - (10) NE - (11) E N E . (12) E - (13) E SE - (14) Sif-116)
METERS 180.0 202.5 SSE - (16) 225.0 247.5 270.0 292.5 315.0 337.5 1 201 20 5. 3 ?b E- M 5.6220-11 1. 4 42E - 10 1.22 9E-1 E 2. 9 08E-10 2.027E-10 1. 349 E-10 2 402.30 %"li1E-12 2.M9E-10 5. 2 8 4E- 10 3.8 ME- M 4.229E-10 9.7b5E-10 7.b41E-10 5.108E-10 1. 52 4E- 10 3 804.70 2.719E-M 1. 4 5 bE- 10 1. 95 0E- 10 1.520E-10 5.251E-10 5.05bE-10 4.591E-10 4 120700 3.432E-11 1.335E-10 1. 223E - 10 2.311E-10
- 1. 23 7E-10 4. 011 E-10 5.659E-10 4 5bbE-10 h .61b E- 10 5 1609 40 4.518E- U 1 568E-10 1. 523E - 10 1.810E-10 4.334E-10 4.225E-10 4.718E-10 6 2414 00 6.053En 1.9 ME-10 2.153E - 10 6.287E-10 2.71?E-10 4.913E-10 4.648E-10 4.418E-10 3.4 51E- 10 7 321870 b.47bE-u 1.959 E- 10 2.467E-10 3. 05 5E-10 4.847E-10 4. 4 3 0 E-10 4.157 6 10 8 402340 b.315E- n 1.862 E- 10 2. 5 39E- 10 1.713E- 10
- 3. 06 5E-10 4. 4 83 E-10 4.b10E-10 3.578E-10 1.442E-10 l
9 482810 5.90bE-11 1. 711E-10 2.4b9E-10 j
- 2. 918E-1 E 4.042E-10 4.171 E-10 3.057E-10 1.131E-10 to 563270 5.323E-11 1. 5 27 E- 10 2. 2 7bE-10 2. b5 4E-10 3,5b7E-10 3.027E-10 2.394E-10 11 643740 4.775E- D 1.3b OE- 10 2. 0 7 4E- 10 9.320E-11 )
2 39?E-10 3.154E-10 2.643E-10 1.779E-10 8.230E- n 12 724210 4.298E- H 1. 218 E- 10 1. 892F - 10 2. lb 8E -10 2.80bE-10 2.327E-10 1.581E-10 13 8046 80 3.885E- u 1.0%E-10 6.978E-11 i 1.72 BE - 10 1. % 8E-10 2. 512 E-10 2. 06 5 E-10 1.415E-10 7.014 E- 11 14 1207010 2.492E-11 b. 9 4 5 E- M 1.14 7E - 10 1.279E-10 1.568E-10 1.250 E-10 8.842E-H 15 1609349 1.740E-M 4.822E- H 8.14 8E - n 4.081E- M 8.i? 8E-u 1. 082 E-10 8.482E-11 b.124E-n 2. BOLE- n 16 2414029 %9 40 E-12 2.74 7 E- 11 4.734E- H 5.15 5E -H b.144 E-11 4.744E-11 3.50SE-11 17 32187.00 b.4WE-12 1.787 E- u 3.105E- n 1. 34 3E- 1k
- 3. 49 5E-n 4. 00b E-u 3.074E-U 2.387E- U 8. 331E-12 18 4023379 4.551E-12 1.2b1E-11 2.198E -11 2.441E-11 2.838E-11 2.217E-11 1.b83E-11 19 4 B280 48 3.3836 12 % 401E- 12 1. 6 39E - H 5.88bE-12
- 1. 79 0E-H 2.145E- u 1.644E-11 1.254E- u 4. 32 4 E- 12 20 56327.29 2.bibE-12 7.212 E- 12 1.2 71E- n 1.361E-n 1. bM E -u 1.273E-n % 710E 12 21 64373 99 2.085E-12 5. A30E-12 1. 014E- 11 3.351E-12 22 1.085E-11 1. 332 E-11 1.024E-11 7.803E-12 2.694E-12 7242075 1.b39E-12 4.773E-12 A.287E-12 8.849E-12 1. 09h E-11 8.435E-12 b.420E-12 23 8046744 1.290E-12 3.98 4 E- 12 k.iODE-12 2.219E-12 7.359E-12 % 196E-12 7.DiSE-12 5.404E-12 1 85 4E-12 i
) l r
55 I
t I
i 1
l l
TABLE 4.1-10 !
UNDEPLETED RELATIVE CONCENTRATIONS PER UNIT EMISSION FOR ,
MAIN STACK FOR APRIL THROUGH JUNE, 1977 BOSTON EDISON CO. - P!1. GRIM l' NIT 1 APPENDIX 1 AN uYSIS !
X/Q MAIN STACK APH, MAY, R N, 1977 DOWNWIND WEIGHTED AVE RAGE S. UNI TS. SEC/M"3 STANCE S (1) $5W - (2) SW4 (3) W3W (4) W -(5) WNW , (6) NW - (7) NNW . (8)
NO ME1ERS 00 22 6 45 0 67 5 90 0 112 5 1350 157.6 1
201.20 2.106E-08 5. A'l?E-0 9 9.7 3 8E-09 2.059E-08 2.179 E- 08 2. 4 9 7 E-08 1.137E-08 2.4 31E-09 2 40230 8.088E-08 4. 6 4? F- 0 8 3. 8 5 7E - 08 1.182E -0 7 1.108 E- 07 1.16 8 E-0 7 4.869E-08 1.764E-08 3 804 70 2.101E-O/ 1. 418 E- 0 7 5. 8 72E - 08 9. 815E-0 8 7. 8 5 0F- 08 6.915E-08 2. 502 E-08 2.422E-08 4 120700 3.300E-07 1. Si9 E- 0 7 1.109F-07 7.983E-OP 7. 8 'I4 E- 08 5. 72 3 E-08 1.790E-08 1.145E-08 5 160940 2. 7 5 4 E-07 1.7 7 7E- 0 7 1. 0 00E- 07 1. 27 4E -0 7 6. 6 06 E-08 2.901E-08 1.64PE-08 1. 68 8 E- 08 6 2414 00 1.7 5 4E-07 1.123 E-0 7 A.12 8E - 08 1.165E-07 4.724E-08 2. 500 E-08 1. 40 5E-0 8 1.530E-08 1 7 3218 70 1.192E-07 7. 5 3 ?E- 0 8 5. 06 3E- 08 4.645E-08 3. 0 5 7 E- 08 2.266E-08 1.331E-08 1 48 3E-08 8 4023 40 8. 4 9 5E-08 5. 4 72 F- 0 8 2. 2 01E - 08 4. 4 5 4E - 08 4. 0 05 E-08 2.098E-08 1.321E-08 1.442E-08 9 481810 6. h2E-08 3.9 %E- 0 8 2. 3 64E - 08 4.161E-08 3.743E-08 1.947E-08 1.306E-08 1.383E-08 t to 5632 70 4.906E-08 2. 899 E- 0 8 P. 3 59E - 08 4.14 6E-0 8 3. 413 E- 08 1.770E-08 1. 23 5 E-08 1.280E-08 it 6437 40 3.767E-08 2. 5 50E- 0 8 2. 3 4 7E- 0 8 3. 716E- 08 3.109E-08 1. 609 E-08 1.156E-08 1.178E-08 12 724210 2.889E-08 2.166E- 0 8 2. 2 6 PE -08 3. 512E -08 2. 762 E-08 1.472E-08 1. 08 3E-08 1.087E-C8 13 8016 80 P.418E-08 1.895E-0 8 P.098E-08 3.302E-08 2. 6 76 E - 08 1.698E-08 1.158E-08 1.15 8 E- 08 l
l 14 1207010 1.506E-08 1. 0 87E- 0 8 1. 22 6E - 0 6 2.225E-08 2. 011 E -08 1.367E-08 1.231E-08 8.343E-09 l 15 16093 49 1.0 56 E-08 7. 2 77 E- 0 9 7. 9 41E- 09 1. 518E -0 8 1.284E-08 9.638E-09 8.057E-09 6.467E-09 16 24140 29 6.426E-09 4. 0 90 E- 0 9 4. 3 8 3E - 09 8. 76 9E- 09 7. 59?E-09 5. 415 E-09 5.383E-Oi 4.803E-Oi 17 32 t S7 00 4. 2 8 7 E-0*l 2. 8 3 3 E- 01 3. 0 59E- 09 6.26 4E -0 9 4. 't ?4 E- 09 3.886E-0*l 3.655E-Oi 3.198E-Oi 18 4023379 3.113E-09 2. 089 E- 0 9 P.241E-09 4. 801E - 0 9 3. 7 3 8E-09 2.966E-01 2. 7 31E-01 2.217E-09 19 48280 48 2. 3 9 5 E-09 1. 5 94 E- 09 1. 819E- O'l 3. 84 4E -0 9 3. 0 31 E- 09 2. 3 8 4 E-Oi 2.140 E-01 1.657P 09 20 56327 29 1.994E-Oi 1. 3 8 P E- 0 9 1.466E-09 3.072E-09 2.532E-09 1.*l51E-09 1.7846-01 1. 358E-09 j 21 64373 99 1.671E-09 1.177 E- 0 9 1. 22 8E - 09 2. 59 5E-0 9 2.180E - 09 1.6 4 6 E-09 1.475E-01 1.10 5 E-09 i 22 7242075 1.422E-09 1. 0 30 E- 09 1.045E-01 P .14 4E-O 'l 1. 88 3 E- 09 1.406E-09 1.258E-01 1.027E-09 l 23 8046744 1.10 3 E-09 8. 516 E- 10 9.0360-10 1. 99 6E-0 9 1.649E-01 1.232E-01 1.099E-Oi 8.852E-10 )
DOWNWIND WEIGHTF D AVE R AGE S, UNITS. SEC/M"3 RE DISTANCE l N 19) NN E 110) N E - (11) E N E - {12) E - (13) ESE 1141 SE - (16) SSF -(16)
METERS 180.0 2026 l 225.0 247.5 270 0 292.5 315.J 337.6 1 201.20 2.070E-0A 3. 2 33E- 0 8 3. 6 4 9E - 0 8 1. 406E-0 8 1. 6 78E- 06 2.352E-08 3. 917 E-01 5.591E-09 2 40230 6. 8 8 8 E-08 1.106 E- 0 7 1. 2 42E-0 7 5.242E-04 6. 08?E-08 8.9516-08 1.569E-06 2.966E-08 3 804 70 2.100E-08 6. 02 5 E- 0 8 6. 7 3 3E -0 8 3. 2 71E-0 8 4.083E-08 5.208E-08 1. 24 8 E-04 4.072E-08 4 1207 00 2.066E-0A 4. 428E- 0 8 4.724E-08 2.336E-08 3.397E-08 4.129 E-08 1. 76 9 E-0 8 1.8 58 E-07 5 160940 2.039E-08 4.106 E- 0 8 4. 0 7 7E - 08 1. 960E-0 8 2.925E-08 0 82 4 E-08 2. 4 0 3E-0 8 2.049E-07 6 2414 00 2.105E-08 3. 9 8 6 E- 0 8 1. 6 5 8E - 08 1.738E-06 2.384E-08 2.443E-08 3.053E-08 1.099E-07 l 7 3218 70 2.082E-08 3. 8 96 E- 0 8 3. b l 5E - 08 1.791E-08 2.233E-06 2. 36 7 E-0 8 3.672E-08 4.5 5 5E-08 !
8 402340 1.993E-08 3. 7 33E- 0 8 3. 5 8'IE - 08 k.86 30-0 8 2.189 E- 08 3.183E-0T 3.590E-06 4.27&E-08 9 482010 1.871E-08 3. 514 E- 0 8 ?. 4 9 6E - 08 1. 8 81E-0 8 P.137E-08 3. 417 E-04 3.344E-08 3.4k8E-08 J' 10 5632 70 1.707E.08 3.210F 0 6 3. 260E-08 1.791E-08 2.000E-08 2.163E-08 2. 57 3E-08 2.961E-08 11 643740 1.553E-08 2.9236-08 5.017E-08 1. 682E-08 1.858E-08 2.014E-08 1.738E-08 2.801E-08 12 724210 1.419E-06 2.6730-08 P. 716E- 08 1.577E-08 1. 72 9 E-08 1.877E-08 1. 62 3 E-08 2.423E-08 l 13 8046 80 1.103E-08 2. 4 5 5E- 0 8 2. 59 8E- 08 1. 4 7 8E -0 8 1.614E-08 1.753E-08 1.5kbE-08 2.857E-08 14 1207010 1 0 32 E-09 1. 7 01E- 0 8 1. 8 73E- 08 1. 09 3E-0 8 1.187E-08 1.285E-08 1.108E-08 1.i&9E-08 15 1609349 6.742E-09 1.7 68 E- 0 8 1.42ef-08 8. 42 3E-09 9.17? E- 09 9.896E-09 8.478E-01 1.368E-08 16 2414029 4.298E-09 8.06 7E-0 9 9. 319E- 0*l 5.545E-O'l 6. 081 E- 09 6.528E-Oi 5.532E-Oi 8.485E-09 17 32187.00 3.051E-Oi 5. 7 30 E- 0 9 6. 714E -09 4.366E-0*l 4.418E-09 4.732E-09 4.459E-Gi 5.640E-09 18 40233 79 2.328E-Oi 4. 3 56 E- 0 9 5.1500-09 3. 3 7 4 E-0 9 3. 4 0?E-09 4.P27E-09 3.726E-01 3.733E-01 t9 4820048 1.8 5 5E-09 3. 4 6 8 E- 0 9 4.125E-09 P.776E-Di 3.179E-09 3. Pi8 E-0*I 2.720E-01 2.biiE-09 .i" 20 56327 29 1.528E-01 2. 8 5 4 F- 0 *l 3. 4 0*IE- Oi 2.03 ?E-0*I 2. 5 41 E- 09 2.708E-09 P.088E-01 2.159E-Oi 21 64373 99 1.290E-09 2. 4 09 E- 0 9 2. 8 86E - 09 1. 72 4E-0 9 1.924E-09 2.18 4 E-09 k.738E-Oi 1.827E-09 22 72420 75 1.P24E-09 2. 0 7 5 E- 0 9 P . 4 8 9E - 09 1. 4 8 6E- O 'l 1.662E-09 1.772E-09 1.444E-01 1.62 4 E-O'I 23 8046744 1.088E-01 1. 817 E- 0 3 2.180E- 09 1. 3 01E-O i 1.45?E-09 1. 55 3 E-Oi 1.288E-09 1.44 9-09 e
56
j
)
i l
4 s
4 t
l 3
TABLE 4.1-11 j DEPLETED RELATIVE CONCENTRATIONS PER UNIT EMISSION FOR MAIN STACK FOR APRIL THROUGH JUNE, 1977 I i
BOSTON EDISON Cn. - PILDitIM UNIT 1 APPENDIX 7 ANALYSIS X/Q MPLETED MAIN STACK APR. MAY. JUN. 1977 I nggg DOWNWIND WElGHTED AVER AGES. UN175. SFC/M"3 DIST ANCE s - (1) $5W .(21 $W -(3) WSW 14) W -(5) WNW - (6) NW . (7) N NW - (8)
NO METERS 00 22 5 45 0 67 5 90 0 112.5 135 0 157.5 1 20120 2.092E-08 5. 8 59E- 09 9. 6 72E- 09 2. 0 46E- 08 2.165E-08 2. 481 E-08 1.130E-08 2.416E-09 2 40230 8.001E-08 4. 60 7E- 0 8 3. 813E - 08 1.170E-07 1. 098 E-07 1.157E-07 4.821E-08 1.745E-08 3 e04 70 1.912E-07 1. 3 52 E-0 7 5.663E-08 9.63PE-08 7.b88E-08 b.795E-08 2.468E-08 2.382E-08 4 120700 2.9 8 4 E-0 7 1. 4 81E- 0 7 1. 0 3 3E - 07 7.767E-08 7.62iE-08 5.558E-08 1.7bOE-08 1.905E-08 5 1609 40 2.017E-07 1. 5 59 E- 0 7 9.17 4E - 08 1.15 4E- 0 7 6. 3 54 E- 08 2. 84 4 E-08 1.60bE-08 1.k%3E-08 6 2414 00 1.461E-07 % 478E- 0 8 7. 2 29E - 08 1. 06 4E-0 7 4. 5 00E-08 2.411E-08 1.35bE-08 1.% 2E -0 8 7 3218 70 % 48 ?F-08 b. 2 78 E- 0 8 4. 4 99E- 08 4. 3 71F- 08 2. 906 E- 06 2.155F-08 1.Pb4E-08 1. 313E-0 8 8 4:2340 b.606E-08 4. 5 21 E- 0 8 2. 0 0 4E - 08 4.129E-08 3.b88E-08 1.968E-08 1.234E-08 1. 3.3 3E-0 8 9 4e2810 4.884E-08 3. 3 07E- 0 8 2.106E - 08 3. 8 0 8E - 0 8 3. 3 8bE - 08 1. 80 3 E-0 8 1.202E-08 1.260E-08
') 5632 70 3.84bE-08 2. 4 7 8E- 0 8 2. 0 5 3E- 08 3. 72 0E- 0 8 3. 0 3bE-08 1. 620 E-08 1.121E-08 1.152E-08 6437 40 3.008E-08 2.13 3 E- 0 8 1.985E-08 3.29 bE-0 8 2.719E-08 1.457E-08 1.03bE-08 1.047E-08 12 724210 2.341E-08 1.796E- 0 8 1. 8 5 4E- 08 3.0620-08 2. 3 8 5E-08 1. 318 E-0 8 9. 580 E-01 9.545E-09 13 8C46 80 1.9 51E-08 1. 5 52 E- 0 8 1. 6 7 0E- 08 2.830E-08 2. 2 56 E- 08 1.471E-08 1.158E-06 1.93bE-Oi i 14 1207010 1.131E-08 8.5696-09 9. 22 *lE-09 1.794E-08 1. 48 7E-08 1.076F-08 % 3 5 5 E-Oi 6.725E-09 15 1609349 7.4bOE-09 5. 5 72 E- 0 9 5. 8 3 4E-09 1.191E-08 9.534E-09 7.221E-09 l 5.943E-09 4.817E-09 '
16 24140 29 3.987E-Oi 3. 002E- 0 9 1. 0 5 5E- 09 b.582E-01 5. 2 55 E- 09 3.89?E-Oi 3.414E-09 2.8456-01 17 32187 00 2.512E-09 1. 965 E- 0 9 1. 96 3E -09 4. 38 9E-09 3. 3 77 E- 09 2.578E-09 2.155E-Di 1.758E-09 l 18 40233 79 1.75bE-09 1. 39 6 E- 0 9 1. 3 6 4E-09 3.138E-09 2.4210-09 1.8270-09 1.489E-09 1.271E-Oi 19 48280 48 1.310E-09 1. 0 4 8 E- 0 9 9.9 21E- 10 2. 33 9E-09 1.837E-09 1.339E-09 1.098E-01 9.434E-10 20 56327 29 1.002E-09 8. 3 47 E- 10 7. b 5 5E- 10 k.877E-09 1.435E-09 1. 04 2 E-0 9 7. 911E- k0 7.330E-10 21 64373 99 7.995E-10 b. 7 5 4 E- 10 b. 0 4 ?E- 10 1.530E-09 1.12?E-09 8.505E-10 6.451E-10 5.898E-10 22 72420 75 6.60.E-10 5. 525 E- 10 4. 9 7 8E- 10 1. 29 3E-09 9.485E-10 7.08bE-10 5. 318 E-10 4.560E-10 23 8046744 5. 7 5 L E-10 4. 862 E- 10 4.22 7E- 10 1.08 5E- 0 9 8.112E-10 6. 06 5 E-10 4.390E-10 3.890E-10 DOWNWIND WElGHTED AVE R AGEE. UNIT 3, SEC/M"3 A#N DIST ANCE N N .(9) NNE (10) NF . I11) E N E - (12) E - (13) E SE - (14) S E - (16 )
METEAS SS E - (16) l 180 0 202.5 225 0 247.5 270.0 292.5 315.0 337.5
)
1 20120 2.05?E-G8 3.213E-08 3. b 2 bE- 0 8 1. 3 9?E-0 8 1.bb8E-08 2.33?E-08 3.892E-Oi 5.55bE-Oi 2 40230 b.825E-08 1. 09 5 E-0 7 1. 2 30E -0 7 5.M4E-08 b.031E-08 8.8b5E-08 1.554E-08 2.936E-08 3 80470 2.864E-08 5.9 39 E-0 8 b.b39E-08 3. 22 4 E-0 8 4. 02 0E-08 5.130 E-08 1.226E-08 4 1207 00 2.027E-08 4. 3 3? E- 0 8 4. 6 3 0F- 0 8 2.289E-08 3.321E-08 4. 032 E-0 8 1.714E-08 1.735E-07 3.979E-08 5 160940 1.9 83 E-08 3. 9 91E- 0 8 3. 9 71E- 08 1.909E-08 2.843E-08 2. 7 51 E-08 2.29EE-08 1 873E-07 6 2414 00 2.009E-08 3. 8 05 E- 0 8 3. 5 04E - 08 1. 66 5E -0 8 2.285E-08 2. 3 41E-0 8 2.85bE-08 7 3218 70 1.954E-08 3. 6 57E- 0 8 3. 3 99E- 08 1.684E-08 2.104 E-08 2.229E-08 3. 3 5 9E-08 9.950E-08 8 402340 1.843E-06 3. 4 5 k E- 0 8 3. 319E - 08 1.722E-08 2. 02 8E- 08 2.915E-06 3.224E-08 4.163E-08 3.836E-08 9 482810 1. 707 E-0 8 3.204E-0 8 3.18 3E - 08 1. 712E-0 8 1.950E-08 3.061E-08 2.iS3E-08 3.07 ?E- 08 to 5632 70 1.53bE-08 2.8886-08 2. 92 7E -08 1. 60 7E-0 6 1.?i8E-08 1.947E-08 2.255E-08 2.513E 08 11 643740 1.381E-08 2. 598E- 0 6 2.b?2E-08 1. 4 8 8E-0 8 1.647E-08 1.789E-08 1.525E-06 2.40?F-08 12 724210 1.247E-08 2. 3 47 E- 0 8 2. 4 4 5E-08 1. 3 7 ?E-0 8 1.513E-08 1.k4?E-08 1.405E-08 13 804680 1.132E-08 2.131E-0 8 2. 2 4 4E-08 1.2 7 5E-0 8 1.394E-08 1.519E-08 1. 2% E-0 8 2.0606-08 14 1207010 7.448E-09 1.4026-08 1. 529E - 08 8.897E-09 % b82 E-09 1.054E-08 8.928E-01 2.327E-08 1. % %E-0 8 15 1609349 5. 315 E-01 9.9 97E- 0 9 1.111E-08 b. 52 5E-09 7.12bE-09 7.731E-09 6. 4 8 8E-09 9 48 3E+0i 16 24140 29 3.139E-09 5. 893 E- 0 9 6.6 69E- 09 3.94 3E-09 4.340E-09 4.615E-01 3.868E-Oi 4.ii?E-Oi 17 32187.00 2.DiSE-09 3.927 E- 0 9 4. 4 8 0E - 09 2. 78 *lE-0 9 2.937E-09 3.173E-09 2.754E-Oi 3.056E-Gi 18 4023379 1.508E-09 2. 82 4 E- 0 9 3.2 3 5E- 09 1.99 3E-09 2.129E-09 2.440E-Oi 1. 9 3bE-Oi 2.e38E-Oi 19 48280 48 1.143E-09 2.141E-09 2. 4 5 5E- 01 1. 49 3E-0 9 1.bb8E-09 1.813E-09 1.425E-01 20 5632729 % 009 E-10 1.68 6E- 0 9 1.9 3 4E-09 1.137E-09 1.298E-09 1.405E-09 1.08?E-Oi 3.W7E-09 1s548E-Oi 21 64373 99 7. 312E-10 1. 369E-0 9 1.567E-09 9.18 9E-10 1. 03b E -09 1.131E-09 8.b54E-10 %6b 4E-10 22 72420 75 5.186E-10 1.13 ? E- 0 9 1. 2 9 8E - 09 7. 59 5E-10 8.58bE-10 % 26.7E-10 7. 0 4 b E-10 8.012E-10 23 8046744 4.8 80E-10 9.6286-10 1. 09 5E-09 6. 39 5E-10 7.244E-10 7.824E-10 5.899E-10 6.709E-10
)
)
57 I
l l
1 TABLE 4.1-12 RELATIVE DEPOSITION CONCENTRATIONS PER UNIT EMISSION FOR MAIN STACK FOR APRIL THROUGH JUNE, 1977 !
l i
IMlM EDISON CO. - PlU*D l' NIT 1 APPENDIX I ANA!.Y515 D/0 MAIN STACK APR, MAY, JL% 197 7 j DOWNWINO *E*"*^**C'*'#8 8""3 DISTANCE s til ssW 121 SW -(3) W$W 44) W -(5) ' WNW (6) NW - (7) N N W .181 METERS 00 22 5 45 0 67 5 90.0 1125 135.0 157.5 1 201 20 2. 514 E-10 4.b 21E- 11 8.19 5E - 11 f.739E-11 1. 2 7*lE- 10 1. 418 E-10 7. 5b ? E-11 1.6 8 7E- 11 i 2 402 30 7.505E-10 1.9 57 E- 10 3.342E-10 4. 2 52E-10 5.262E-10 5. ?i9 E-10 2.925E-10 1.018E-10 1 3 894 7o 1.545E-09 1.17 h E-0 9 4.84&E-10 3.171E-10 3. 294 E-10 3.197E-10 1.038E-10 9.765E-11 4 120700 1.78?E-Oi 1. 201 E- 09 6. 613E - 10 2.297E-10 2.8 8DE-10 2. 652 E-10 5.910 E-11 7.334E-11 5 1609 40 1.174E-09 1.10b E- 0 9 5. 3 52E - 10 2.935E-10 2.P62E-10 1.265E-10 5.32bE-11 6.9 4 9E- 11 6 2414 00 7.37&E-10 b. 2 49 E- 10 3. 6 91E- 10 2.2 3 3E-10 1. 5 5 L E-10 1.109E-10 4.%iE-11 7.190E-11 7 3218 70 4.b?9E-10 4.012 E- 10 P. 2 4 M - 10 9.820E-11 9. 9 74 E-11 9.961E-11 4.883E-11 7.08 5E-11 8 402340 3.2b 3 b 10 2. 814 E- 10 1. 0 7 0E - 10 8. 36 3E-11 1.12bE-10 8.94kE-11 4.769E-11 6.681E-11 9 482810 2.4 39 E-10 2.0 70E- 10 1. 0 21E - 10 7.16bE-11 9. 812 E-11 8.006E-11 4.565E-11 6.154E-11 10 563270 1.925E-10 1.5490-10 9. 3 7bE - 11 6.573E-11 8. 510E-11 7.073E-11 4.libE-11 5. 514 E- 11 11 643740 1.542E-10 1.303E-10 8.6 3 3E - 11 5.65eE-11 7.437E-11 b.27&E-11 3.829E-11 4.9 31E - 11 t 12 724210 1.229E-10 1. 08 4 E- 10 7. 7 72E - 11 5. 09 5E-11 6.439E-11 5.606E-11 3.501E-11 4.42iE-11 l 13 8046 80 1.0 30 E-10 % 2 5b E- 11 b.83bE-k1 4.597E-11 5.911E-11 6.026E-11 4.091E-11 4.445E-11 {
14 1207010 5.83nE-11 4.91b E- 11 3. 702E - 11 2.780E-11 3.b47E-11 4. Lb 5 E-11 3.121E-11 2.872E-11 15 16093 49 3.8 hE-11 3.120 E- 11 P . 3 5 30 - 11 1.842E-11 2.35bE-11 2.761E-11 1.974E-11 2.0 32 E- 11 16 24140 29 2.0 32 E-11 1.628 E- 11 1.2 4 4E - 11 1.025E-11 1.294E-11 1.484E-11 1.106E-11 1.138E-11 17 3218700 1.29hE-11 1.038E-11 8.025E-12 b.852E-12 8. 371 E -12 9.734E-12 6.946E-12 7.020E-12 18 4023379 9.165E-1P 7. 237 E- 12 5. b 4 2E - 12 4.93 4E-12 b.010E-12 b . 8 7 8 E-12 4.782E-12 5.0 5 5E- 12 19 4828048 6.905E-12 5. 3 6 4 E- 12 4 142E-12 3.732E-12 4. 5 73 E-12 5.042E-12 3. 518 E-12 3.753E-12 20 5632729 5. 3 32E- 12 4.153 E- 12 1. 2 3 5E - 12 3. 010E -12 3.600E-12 3.947E-12 2. 54 ? E-12 2.910 E- 12 21 64373 99 4.294E-1P 3.P 8 b E- 12 2. 5 8bE - 12 2.472E-12 2. 8 86 E -12 3.221E-12 2.064E-12 2.343E-12 22 7242015 3.577E-12 2.5970-12 2.14 9E- 12 2. 09 9E-12 2.432E-12 2.696E-12 1.700E-12 1.8 2 3E- L2 {
2a 8046744 3.128E-12 2. 3 57E- 12 1. 83 7E- L2 1. 78 3E -12 2. 087 E-12 2. 30 5E-12 1.417E-12 1.55bE-12 '
DOWNWIND WEIGHTED AVER AGES UNITS, $2C/M"3 RECPTH OISTANCE N 10) NNE (10) NE - (11) EN E - (12)
NO E . (131 E st . 414) SE - (16) SSE - (16)
METERS 180 0 202.5 225 0 2475 270.0 292.5 315.0 337.5 1 20120 1.9 3 4 E-10 3.26 4 E- 10 3. 7 5 4E- 10 1. 2 59E-10 1. 51b E-10 2. 414 E-10 3. 918 E-11 4.331E-11 2 40230 6.2'12E-10 1. 08 bE- 0 9 1. 22 9E - 09 4.484E-10 5. PM E-10 8.699E-10 1. 4 79E-10 2.117E-10 3 804 70 2.567E-10 5.828F 10 b.16 bE- 10 2.731E-10 3. P 79 E- 10 4.532E-10 1. 210 E-10 2.62bE-10 4 1207 00 1.714E-10 4.18 7 E- 10 4.16 7E- 10 1.927E-10 2.573E-10 3.567E-10 1.474E-10 1.113E-09 5 1609 40 1.634E-10 3. 810 E- 10 3.6 CLE- 10 1. 59 PE-10 2.192 E-10 2.46bE-10 1.777E-10 1.081E-09 ,
6 2414 00' 1.bO3E-10 3. 5 49E- 10 3. 289E - 10 1. 34 0E -10 1. 77bE-10 2.078E-10 1.951E-10 5 .609 E- 10 !
7 321670 1.507E-10 3. 3 21E- 10 3. 2 4 7E - 10 1.2*l 5E-10 1.b12E-10 1.8bOE-10 2.06?E-10 2.472E-10 8 402340 1.372E-10 3. 0 53E- 10 3.169E- 10 1 27 0E-10 1. 5 08E-10 l
- 2. 061 E-10 1 870E-10 2.178E-10 1 9 4828 to 1. 2 32 E-10 2. 771E- 10 3.017E - 10 1.221E-10 1.40bE-10 1.971E- 10 1.by4E-10 1.721E-10 to 5632 70 1.087E-10 2.4 61E- 10 2. 7 5 5E - 10 1.123E-10 1. 272 E-10 1.351E-10 1.264E-10 1.433E-10 11 6437 40 % b 25 E-11 2.18 8 E- 10 P. 4 99E - 10 1.02 4E-10 1.14?E-10 1.204E-10 8.810E-11 1.299E-10 12 724210 8. 581E-11 1.9 58 E- 10 P. 2 73E- 10 9.365E-11 1. 0 40E-10 1. 080 E-10 8.031E-11 1.10 5 E- 10 13 8046 80 7.704E-11 1. 76 4 E- 10 2. 0 75E -10 8.58bE-11 9.4?iE-11 9. 74 7 E-11 7.284E-11 1.175E-10 14 1207010 4.891E-11 1.131E- 10 1. 3 8 6E- 10 5.8e4E-11 b.351E-11 6.320E-11 4.754e-11 7.055E-is 15 1609349 3.427E-11 7.% 5 E- 11 %'l41E-11 4.21?E-11 4. 590 E-11 4.502E-11 3.359E-11 4 .515 E - 11 18 24140 29 1.194E-11 4.6 4bE- 11 5. 88 8E- 11 2.521E-11 2. 750E-n 2.666E-11 1.94 %-11 2.305E-11 17 3218700 1.326E-11 3. 08 ? E- 11 3. 928E- 11 1.767E-11 1.850E-11 1.792E-11 1.34bE-11 1. 421E- 11 18 4023379 9.559E-12 2.220 E- 11 P. 82 5E -11 1. 26 3E -11 1.340E-11 1.350E-11 1. 362 E-12 1.007E-11 10 4828048 7.27?E-12 1.6 8bE- 11 2.13 9E- 11 9.459E-12 1.039E-11 1. 017 E-11 6.964E-12 7.344E-12 20 5632729 5.7b3E-12 1. 3 31E- 11 1. 6 82E - 11 7.27bE-12 8.134E-12 8.001E-12 5 365E-12 5.6 ?iE-12 21 64373 99 4.705E-17 1.08 3 E- 11 1. 3b2E- 11 5.894E-12 b.557E-12 b.516E-12 4.214E-12 4. 572E- 12 22 72420 75 3.901E-12 %0 21E- 12 1.12 8E - 11 4.883E-12 5.451E-12 5.410E-12 3. 521E-12 3.7 7 4 E- 12 23 80467 44 3.249E-12 7.b62E-12 9. 52 3E - 12 4.120E-12 4.bl6E-12 4.k 11 E-12 2.95iE-1P 3.15 8 E- 12 58
TABLE 4.1-13 SPECI AL~ PARAMETERS 'USED IN FINITE CLOUD MODEL Stack Height- 100 meters (above ' grad e) -
Shielding Factor 0.7 Depth for total Body Dose 5 cm.
Human Tissue Density. 1 gm./cm.3 4
I J
l I
i 1
l t
u i
I' !
l i
i
l i
m 7 s s s s s e e e e o o e 4W Y Y Y Y N N Y s
e l .
i m
6 s s s s s s e e e e e e o 4W Y Y Y Y Y Y N s
e l
S i -
Y m A .
W 3 s s s s s
_ H .
e e e e e o o
_ T 25 Y Y Y Y Y N N A
P
_ s
_ D e
_ N l A i m
_ S N W s s s s 1 O 5. S e e e e o o o
- I 1W Y Y Y Y N N N 2 T A
4 C s
- O e E L l L i B L m
_ A A
_ T U 0 s s s s D .
e e e e o o o 1W Y I
Y Y Y N N N V
I D s N
I e
l i
M m U
M E s s s s I 0. S e e e e o o o X 1S Y Y Y Y N A N N M
s e
l i
m
- 8. H s s s S e e e o o o o
'0 S Y Y Y N N N N s
e l
i m
5 s s s s
.E e e e e o o o 0S Y Y Y Y N N N n n k sn o o e k l y ao i i l l i Gi t t &b i M a s d i a an M w er nes l tt e s h
t l e uno oap a ied t s t b m h ugr a w a P
a om rl e n rea e o o NI GPD I FVG M C G e
d o
B 5
4 7 1 7 8 l . .
a 3 1 2 1 1 0
. t o
T n 0 8 7 6 5 9
. i .
k 4 3 4 2 3 1 S
I l L a L 4 7 2 8 5 8 u - .
d I 3 1 2 1 1 0 i) G vM i E dR nM I(
ns ut g
n 4 7 1
7 5 8 ml u 3 1 2 1 1 0 i u L xd aA M
r 2 eo
- sf y 2 a
. es e 4l y n 4 7 1 7 5 8 ea d . . .
e Rw i K
3 1 2 1 1 0 h
l st b ua aoP T e sl al Ga d i
7 m o 6 7 4 9 6 9 7 o r . . .
9r y 3 1 2 1 1 0 1f h .
T es ne us Jo y D r r a e 4 7 2 8 5 8 u v n i 3 1 ?. 1 1 0 a L J
e 4 7 2 8 5 8 n . .
o 3 1 2 1 1 0 B
n s s s s o e e e e e e i l l l l l l t i i i i i i a M M M M M M c
o E 0 3 L 5. E 8. W S 0. S 5. WS 0S 0S lS 1W 1W 2S
d o
B 4 7 1 7 5 8 l . .
a 3 1 2 1 1 0 t
o T
m n 0 8 7 6 5 9 i .
k 4 3 4 2 3 1 S
I l L a L 4 7 2 8 5 9 u) - .
dM I 3 1 2 1 1 0
_ i E G
_ vR iM d(
_ n I s
_ r
_ me a
g n
4 7 2 8 5 8 mg a u
- i n L 3 1 2 1 1 0 xe ae MT
_ 3 e r
_ - s o y 2 af
_ .e e
_ 4 leys n 4 7 1 7 5 8
_ d . .
e Raw i 3 1 2 1 1 0 K
_ l sh
_ baoa ut
_T eP s
_ al Gl d a i 7 o 5 7 3 8 5 9 7 m r . .
9o y 3 1 2 1 1 0 1r h f T e
ns ue Js o
yD r r a e 4 7 2 7 5 8 u v .
n i 3 1 2 1 1 0 a L J
e 4 7 2 8 5 8 n . .
o 3 1 2 1 1 0 B
- i n s s s s o e e e e e e i l l l l l l
- t i i i i i u a M M M M M F c
o
- 5. W E 0 3 L 5. E 8. WS 0. S S .
0S 0S l S 1W 1W 2S g
o B
_ 4 7 1 7 5 8
_ l .
a 3 1 2 1 1 0
_ t
_ o T
n 0 8 7 6 5 9 i .
k 4 3 4 2 3 1 S
I l L a L 4 7 2 8 5 8 u -
d O I 3 2 1 1 1 0 iD vR G
i d (M n
I n e
mr ud g
n 4 7 1
7 5 8 ml u 3 1 2 1 1 0 i i L xh aC M
r 4 e o
- sf y 2 a
.es e 4 l y n 4 7 1 7 5 8 ea d .
e Rw i 3 1 2 1 1 0 h K l st b u a aoP T e sl al -
G a d i
7 m o 6 7 4 9 6 9 7 o r . . .
9 r y 3 1 2 1 1f h 1 0 T
es n
ue s J o y D .
r r a e 4 7 1 7 5 8 u v . .
n i 3 1 2 1 1 0 a L J
n o
i e 4 7 2 8 5 9 t n .
a o 3 1 2 1 1 0 c B o L
e s
- o n s 's s D s
o e e e e e e m i l l l l l l u t i i i i i i a M M M M m M M i c x o W E 0 3 a L 5. E 8. S 0. S 5. WS M 0S 0S 1 S 1W iW 2S
- mw lti
d o
B 4 7 1 7 5 8 l .
a 3 1 2 1 1 0 t
o T
n 0 8 7 6 5 9 i .
k 4 3 4 2 3 1 S
_ I l L a L 4 7 1 7 5 8
_ u - . . .
_ d I 3 1 2 1 1 0
_ i) G
_ vM i E
_ dR
_ nM I(
ms ut g
n 4 7 1 7 5 8 mn i a L u 3 1 2 1 1 0 xf
_ a n
_ MI 5 er
_ - so y
_ 2 af
_ .e e 4l s n 4 7 1 7 5 8 ey
_ e R a w
d i
K 3
1 2 1 1 0
_ l sh
_ aoa b ut
_ T eP s
_ al Cl d a i 7 o 4 8 2 8 5 9 7 m r . . .
9 o y 3 1 2 1 1 0 1 r h f T e
ns ue J s
- o yD r r a e 4 7 1 7 5 8 u v . .
n i 3 1 2 1 1 0 a L J
e 4 7 1 7 5 8 n .
o 3 1 2 1 1 0 B
n s s s s o e e e e e e i l l l l l l t i i i i i i a M M M M M M c
o E 0 3
_ L 5. E 8. WS 0. S 5. WS 0S 0S 1 S 1W 1 W 29 mn
T 5
2 4
)
nM hg iE 0 0 0 0 kR u SM( 4 4 4 4 o r
h t
2 2
I)
LM 4 LE 7 7 7 6
- R . . s I M 0 0 0 0 e G( l b
a T
(
m y u ) l m gM n i nE 6 6 6 6 o x uR s a LM 0 0 0 0 M )E
( e t
eS l a
s as u ee c s ll i y ei y) t a RM eM r w 6 nE 6 6 6 6 a h
- s dR p t u5 iM 0 0 0 0 a
- 2. o K( d n
p 4e(
s a l eas e l
a l Ge b s n a7 o i m T7D d d o 9 i) o r 1l oM i f a rE 9 8 9 7 o eu yR i e nd hM 0 0 0 0 d r ui T( a a J v r i ) s yd ns e rn oe s
_ aI s o u
d o d n ) ed y
a rM s J eE 6 6 6 6 as d vR b ag o i 0 0 0 0 b L (M e re l al a b t so o en s
t
) od d eM D e n nE 6 7 7 6 d a oR . . nu BM( 0 0 0 0 al n gc i rn k S
Oi
) )
1 2 p, ( (
u r o e -
r g t -
G t a d n l n l a e ~
e u e i f t g d e h n o A A T C I N
00 3 2 4 4 5 5 5 4 3 4 3 0 0 0 0 0 0 0 0 0 0 0 57 + + + 4 + + + + + + +
32 E E E E E E E E E E E 3 9 0 0 7 7 3 9 6 9 0 2 6 1 9 0 8 0 3 1 1 1 7 1 5 . . . . . . . . . . . . .
5 2 9 9 1 1 8 3 O O O 0 3 1 3 06 4 4 5 4 4 5 5 4 3 3 4 4 0 0 0 0 0 0 0 0 0 0 0 0 53 + + + + + + + + + + + +
23 E E E E E E E E E E E E 2 7 2 l 8 8 1 5 3 2 0 0 6 l 2 1 7 6 3 7 7 4 8 2 6 8 4 . . . . . . . . .
_ 2 1 1 7 8 1 1 1 O O O 1 4 1 3 02 4 4 4 3 4 4 4 4 2 0 0 0 0 0 0 0 0 0 50 + + + + + + + + +
14 E E E E E E E E E 1 8 6 6 9 1 6 5 5 0 4 1 4 1 8 6 3 1 5 2 . . . .
9 1 1 1 9 1 3 5 2 O O O O O O 9 51 2 2 1 2 3 4 4 3
) . 0 0 0 0 0 N 0 0 0 O
S R
70 +
E
+
E
+
E
+ + + + +
7 E E E E E I E 0 1 2 0 5 5 9 8 5 T T 2 8 1 3 8 9 6 5 0 U E 1 . .
B M 4 1 6 5 6 1 1 5 O O O O I / G O O 1 R S
- T E 3 S L 50 2 2 2 2 3 3 0 0
. I I 0 0 0 0 0 0 0 0 4 D M
(
42 + + + + + + + +
4 E E E E E E E E E N 2 4 2 4 6 5 9 0 0 L O 7 7 3 0 3 5 3 0 0 B I . . .
A T E 1 1 5 3 3 1 3 3 O O T A C O O O O O L N U A P T 57 2 2 2 2 3 O S .
0 0 0 0 0 P I D
32 + + + + +
3 E E E E E 6 6 2 6 6 8 5 2 1 8 4 2 6 1 1 2 1 O O 0 O O O O O O 0
_ 54 2 1 2 2 2
_ 0 0 0 0 0 1 23 + + + + + 0 2 E E E E E +
_ 0 8 0 9 2 9 E 4 8 9 7 0 3
~
0 5
3 9 1 7 3 0 0 O O O
~
O O O O 9
_ 50 2 1 1 2 2 1 0 0 0 0 0 0 2 14 + + + + + + 0 1 E E E E E E +
4 4 0 0 7 9 0 E 2 4 8 6 3 9 6 9 7
7 5 5 1 2 .
4 0 O O O O O O O 1 0 1 1 0 0 2 0 57 0 0 0 0 0 0 0 2 4
. +
E
+
E
+
E
+ + + + 0
+
E E E E 0 0 0 0 0 0 4 0 E 8 0 4 0 0 0 4 0 3 3
8 1 1 8 8 l l 0 0 0 0 0 0 0 1 R
O
- T W W W W E E E C S W S N W N E S S W N E N S E S
S W W N N N N N E E E S
b Table 4.3-2 Population Doses Via Major Pathways Resulting from Gaseous Effluents during January-June 1977 Thyroid Total Body Pathway (MAN-REM) (MAN-REM)
Noble Gas Imersion 98. 98. j (Gamma) ]
i Ground Plune 6. 6.
l Deposition i l
}
(
. l l
i I
67
^
l 1
1 I
L 5. OFF-SITE DOSES FROM DIRECT RADIATION l
l Direct radiation doses for January-June 1977, measured along the' ]
property line using thermoluminescent dosimeters, range between ]
41 and 51 mrem. An estimate of background is given by doses at j three distant locations; 34 mrem at 23 miles NW, 32 at 8 miles WSW ]
and 31 at 10 miles WNW _ Using the smallest of these values to '
l correct for background conservatively, the dose above background I at the southeast property line (abutting nearest residence) is:
Dose at .35 mi. SE 41.4! 4.6 Background 31.4 5.5 Dose above Background 10 7.2 mrem This dose,.while comparable to the measurement error, does indicate an impact due to station operation. The impact upon the nearest residence which is not at the property line, but about 0.15 miles distant is reduced by the geometric factor as well as by the degradation of the radiation through interaction with air. Moreover, this radiation detection mechanism responds to all sources of radiation,
~
j !
l some of which (gaseous effluents) have been taken into account elsewhere.
1
( The real significance, however, of the dose from direct radiation is '
determined by comparison of the property line readings of 41 to 51 mrem with total direct radiation doses measured at various times and i
{ locations prior to operation of Unit 1.
')
Preoperational avera.ge six-month doses varied by more than fifteen mrem 2
among various observation points. Thus the net above background dose during January-June 1977 is below the variation encountered at several geographic locations prior to the existence of Pilgrim Station. , i i
i I
i 68
~
3 I
i l
1 I
REFERENCES
.]
i
- 1. " Pilgrim Station Unit 1 Appendix I Evaluation" Submitted in Accordance !
with_10CFR 50 Appendix I, April 1977. 1
- 2. Pilgrim Station Environmental Report, Amendment 4 April 1975 pg. 2-329/330, 3 l
w ,
l 1 i
I l
l
,l I
i 69 i l .;