Text

Semiannual Radioactive Effluent & Release Rept,Jul-Dec, 1981
	ML20042B356
Person / Time
Site:	Three Mile Island
Issue date:	03/12/1982
From:	; GENERAL PUBLIC UTILITIES CORP.
To:	;
Shared Package
ML20042B348	List: ML20042B347; ML20042B356;
References
	NUDOCS 8203250241
	Download: ML20042B356 (27)
	v • d • e

-

s EFFLUENT AND WASTE DISPOSAL SEMIANNUAL REPORT 1-July /31-December - 1981 Supplemental information y

DPR - 50/289 THREE MILE ISLAND, UNIT-1 Facslity 1.

Regulatory D' nits a.

Fission and activation gases:

Environmental Technical Specifications b.

lodines:

c.

Paruculates, half-hves >8 days:

Article 2.3 (Prior to Amendment 72 see d.

Uquid eIDuents:

letter dated Oct. 20,1981 L1L-:'20) 2.

Maximum Permissibic Conceetrations Provide the MPCs used in determining allowable release rates or concentrations.

a.

Fassun and activation gases; 10 CFR 20, Appendix B b.

lodines:

c.

Particulates. half-lives >M days:

Table II d.

Uguid efnuents:

.3.

Average Energy Provide the average energy (E) of the radionuclide mixture in releases of fission and activation gases,if apphcable.

0.338 E (mev)/ dis.-average energy 4 Measuremerits and Approximations of Total Radioactivity Provide the methuds used to measure or approximate the total radioactivity in efnuents and the methods used to determme radionuchde compnutior.

a.

F ssion and activation gases: BE(LI) spectrometry, Liquid scintillation GE(LI))SpectrometrySpectrometry, GAS flow proportional, B spectrometry h lodmes:

GE(LI c.

Particulaies:

d. Uquid ernuents: GE(LI) spectrometry, liquid scintillation 5.

Batch Releases Provide tir foHowing information relatmg to batch releases of radioactive matenals in hquid and gaseous eInuerr.s.

a.

Uqdd 3rd Ouarter 4th Quarter 20 24 Number of batch releases:

13748 min.

13522 min.

2.

Toial tmse period for hatch reicases:

1135 min.

1820 min.

A Maximum time pennd for a baich reie.sse:

687 min.

563 min.

4.

Average time period for batch releases:

320 min.

145 min.

5.

M:mmum time penod for a batch re6 ease:

6: Average siream now dunn periods orrete.se of eincent mio a (kiwing stream: 577,600 CFM 1,436,000 Cal b.

Gaseous 17 18 1.

Number of batch releases' 2.

Total time period for batch releases:

102828 min.

107 634 min.

44042 min.

30$56 min.

1 Maximum time penud for a batch release:

6049 min.

5980 min.

4.

Average time penod for batch releases:

345 min.

530 min.

5.

Mmimum ume penod for a batch release:

6.

Abnorma! Releases t

a.

Uquid 1.

Number of releases: 2.

Total actmt> released:

!(

b.

Caseous None None 1.

Numhet of releases. 2.

Total acimty released 8203250241 820312 PDRADOCK05000g 1.21 13 R

(

1

~

TABLE 1 A EFFLUENT AND WASTE DISPOSAL SEMIANNUAL REPORT 1981 GASEOUS EFFLUENTS-SUMMATION OF ALL RELEASES T

Urut Quener Quener Est Toner E"'*

3rd 4th A. Fission & actiation genes

1. Total release Ci 3.35 E-2 2.27 E-2 2.50 E 1

2. Averaec release rate for penod uCitsec 4.21 E-3 2.86 F-3

3. Percent of Techmcal specificauon htmt 7.39 E-5 5.02 E-5 B. lodine f

1. Total iodine.131 Ci l41v1

<1E-12 N.A_

l

2. Average reiesse rate for penod uCt/see IN. A.

IN A.

l

3. Percent of tecnrucal spectiication junst l

IN A.

C. Particulates l

Ci 4.57 E-5 1.33 E-4 2.50 E 1

1. Particulates with half.bves >5 davs

2. Average release rate for penod I uClisec 5.75 E-6 1.67 E-5

_ 3. Percent of technical snecification brrut t 1.15 E-2 3.35 E-2

4. G oss alpna radioactivity j

C2

<tLD 2.77 E-7 D. Tritium l

Ci 4.89 E-4 4.02 E-4 2.50 E 1

1. Tota! release l

2. Averare release rate for penod uCissec 5.15 E-5 5.06 F-5

\\

3. Percent of techmcal specificationlutut 1.62 E-6 1.33 E-6 Note: AllFess than (<) values are in uC1/cc.

i Tech. Specs. - A.3. - < 1.9E4 m /sec.

t Limits B.3.

0.05 uCi/sec.

C.3. - 0.05 uC1/sec.

D.3. - < 1.9E4 m /sec.

4 1.01 14

~

~p

/

TABLE 1C EFFLUENT AND WASTE DISPOSAL SEMI ANNUAL REPORT (YEAR)

GASEOUS EFFLUENTS-GROUND-LEVEL RELEASES e

?

E i

CONTINUOUS MODE BATCH MODE QM hher Q

U rut Nudiese Rosammed

l. Fision paes

<1 E-8 <1 E-8 3.35 E-2 2.27 E-2 l

Ci krypton 85

<1 E-6

<1 E-t krypton 45m i

C:

krypton 47 i

Cs krypton 45 i

Ci menon.133 i

C xenon.135 Ci xenon.135m i

Ci v

v menon.136 i

Ci N/

v Others(specify)

I Ci i

C I

Ci unidentified C:

3.J5 E-2 2.27 E-2 Total for penod j

Ci

2. lodines

<1E-12l<1E-12<1E-8

<1 E-8 l

Ci

~

iodme.131

-- iodine-133 i

C

<1E-101 <1E-10 <1 E-6

<1 E-6 modane.135 Ci

< l E-1(e. <lE-10t<l E-8

<1 E-E l

Total for penod Ci N.A.

I N.A.

f N.A.

N.Ac

3. Perei~n=tes strontium.89 l

Ci

<1E-11 6.87E-6 strontiumJo i

Cs 3.85E-10 1.24E-5 cessum.134 i

C1

<1E-Il

<1E-11

<1E-8

<1E-8 cesaum.137 t

Ci 7.00E-6

9. 6 5F-5 ' 3. 3 5E-5 1.69E-5 benum-tanthanum 140 i

C

<1E-11 slE-11

'lE-8

<lE-o Others t specify) l Ci Gross 2 i

Ci

<1E-ll 2.77E-7 l

Cobalt-60 t

Cs 5.16E-6

<lE-ll (IE-6

<lE-o j

unicentified l

Ci Note: All less than (<) values are in uCi/cc.

1.21 16

TABLE 2A i

(

EFFLUENT ANDWASTE DISPOSAL SEMIANNUAL REPORT 1981 LIQUID EFFLUENTS-SUMMATION OF ALL RELEASES Unit Quarter Quarter Est. TotW 3rd 4th Error. %

i A. Fision and actrvation products j

l. Total release (not including tnuum, l

gases, alpha)

Ci 3.13E-2 2.73E-2 2.73E-2

-l

2. Average dduced concentration 1.90E-9 1.94E-9 dunna period uCi/m,. -

l

3. Percent of appbcable limit 1.25E O 1.09E O I

- -B. Tritium

1. Total release C1 2.07E O 6.50E-1 2.50E 1 l

2. Average diluted concentraten during penod uCi/ml 1.25E-7 4.61E-8 I

3. Percent of apphcabie hmat I

4.20E-3 1.54E-3

---C. Dimolved and entreined genes

l. Total release i C

<1F-4 I <1E-4 !

N.A.~

l

2. Average ddu:ed concentraten dunng period uCi/ml N.A.

N.A.

-t -

3. Percent of appbcabic hnut j

W N.A.

l N.A.

D. Gross alphs radioactrvity l

1. Total release i Cl j < 1 E-7. A l E-7 i M.A.

j

.(

E. Volume of waste released (prior to dilution) l liten 4.70E 5 1.89E 9 1.89E 9 s.-

F. Volume of dilution water used during period liten 1.65E D 1.41E I 1.00E 1 Note: All less than (<) values are in uCi/ml Tech. Specs. - A.3. = 2.5 Curies / quarter Limits B.3. - 10 CFR 20, Appendix B, Table II.

C.3

= 10 CFR 20, Appendix B, Table II.

I i

1.21 17 1

I l

zm y_

EFFLUENT AND WASTE DISPOSAL SEMIANNUAL REPORT 1981 l

(

LIQUID EFFLUENTS CONTINUOUS MODE BATCH MODE l 0% l Mw l Ot7rNr l OM l l

Umt PoucA.oes Remenec strontium.89 l

Ci l

< 5E-8 l < SE-8

< SE-8 ' *< SE-8 stronuum.90 I

Q t

(SE-el (5E-ol5.60E-et.72E-5 cesium.134 i

O i

'5E-7i (5E-i e.02E-3 2.91E-3 cesium.137 i

O I

< 5E-7 i

<5E-7 2.50E-2 2.19E-2 sodine-131 i

C:

I

<1E-6l

<IE-6

<lE-61

<lE-6 cobalt.58 I

Ci

<5E-7

<SE-7

<5E-7 l

cobali.60 i

O

'5E-7

'5E-7 1.58E-4 2.12E-3 tron.59 t

Q

< 5E-7

'5E-7

'5F-7

'5E-7 une.c5 i

Ci

< cr 7

< cr -

< cr 7 (5r-7 manganese.54 O

<5E-i (5E-/

<bE-i o. h E-3 cnrorruum 51 O

<5E-7

<SE-7

<5E-71

< SE-1

~

I nrcoruumeiobium-95 i

G

<SE <SE-7l

<SE-7

<5E-7 I

motvndenum@

i G

i tectmetium-99m i

O i

banurManthanum.140 t

Q l

i cenum.141 I

Q V

i V

U l

Other (specitv)

I i

bb-i a i

O i

(5E-i (5E-7 1.59E-4 3.68E-f P-32 i

O i

<1F-6

<1F-6 1

<1F-6

<1E-6 3.-55 i

Ci i

<IE-o

<lE-6 (IE-o rk.17E-4 i

Ci i

I urudentified i

O l

6 i

f Total for penod (above) l Ci l

l l 3.13E'-2l 2. 73E-2 i

l xenon.133 i

O I

<1E-5

<1E-5l

<1E-4 :

<1E-4 l

xenon.135 l

Q l

<1E-3 (1E-5l (1E-4

<1E-4 Note: All less than (<) values are in uCi/r.l.

/dl results of analyses by offsite vendors were not available in time for this report.

Results will be supplied as soon as they are available, and this table updated (if applicable) for Sr-89, Sr-90, F-32 and Fe-55 in the 4th quarter 1981.

I f

\\

1.21 1S i

TABLE 28 EFFLUENT AND WASTE DISPOSAL SEMIANNUAL REPORT 1981 I

(

,l LIQUID EFFLUENTS CO8tTINUOUS MODE BATCH MODE

~

Nweldes Reeeesed Umt ON CNdeht lOMr M' l strontium 49 Ci

<5E-8

<5E-8 *< 5E-8 stronuumh0 Ci l

s5E-6 s5E-6 5.60E-6 *1.72E-5 cesium-134 i

Ci 55E-7 (5E-7 6.02E-3 2.91E-3 i

cesium-137 i

Ci

<SE-7

<SE-7 2.50E-2 2.19E-2 l'

iodme 131 l

C I

<IE-6

<lE-6

< 1 E-6_.

cobalt 55 I

Ci

< SE-7

<5E-7

<SE-7 cobali 60 i

Ci

<5E-7

<5E-7 1.58E-4 2.12E-3 iron 59 Ci sSE-7

SE-7

'5E-7

<5E-7 ztne-65 Ci

<gr_7

<sr 7

<cp-7 (SE-7 manganese 54 Cs

<5E-7

<5E-i t). B t.- a critorruum 51 C

<5E-7

<SE-7

<5E-7

<SE-1 1

<5E-7

<SE-7 zircoruumciobium-95 i

Ci

<5E-7

<*E-7 molybdenum w I

C technetium-Wm i

Cs banum-lar.thanum 140 i

Ci cenum 141 l

C V

V V

U

~

Other (specify) l i

Sb-125 i

Ci i

<5L-7

<SE-7 1.59E-4 3.68E-5 P-32 i

C i

<IF-6

<lE-6

<lF-6

<IF-C fe-55 i

Ci i

<lE-6

<lE-6 (IE-6 T.17E-4 Ci urudentireed C

l Total for penod (abow) l Ci l

l l3.13E-2l2.73E-2 l

xenon.133 I

Ci i

<1E-5

<1E-4

<1E-4 l

xenon 135 l

Ci l

<.1E-5 (IE-5

<lE-4

<lE-4 Note: All less than (<) values are in uCi/ml.

All results of analyses by offsite vendors were not available in time for this report. Results will be supplied as soon as they are available, and this table updated (if applicable) for Sr-89, Sr-90, P-32 and Fe-55 in the 4th quarter 1981.

I I

/

i f

1.21-18 l

l l

o TA3LE 3A ETTLUENT AND WASTE DISPOSAL SEMIA W.UAL REPORT SOLID WASTE AND IRRADIATED FUEL SEIPMZh7S UNIT I Julv-Dec 1981 Solid waste shipped off-site for burial or disposal (not irrad,iated fuel)

A.

{

1. Type of vaste - No Shipments UNIT l-n

{R 6R

a. spent resins, filter slucges, 3

191.82 a

evaporator bottoms. etc.

Cf 102.183

b. Dry compressible vaste, contaminated 3

m 398.58 eetlement, etc.

1.718

~

C. Irrac14tec Components, Control 3

I g

rod s, e tc.

Ci li. A.

na

d. Other (describe)

Ci N.A.

l

2. Estimate of major nuclide

~

l cocoosition (bv tvoe of vaste) a. Cs 137 41.2 1 Ba137m 30.0 -

I Cs 134 8.5

?-

Co 60 13.5 :

b. Cs 137 36.3 -

En 137e 34.6 -

Cs 134 16.2 ;

Co 00 6.*

l Ac 110m 1.6 c.

':. A.

T i

d.

N.A.

h h

A i

l l

3. Solid Waste Disposition Nu=ber of Shioments.

Mode of Transportation Destination 14 Tractor / Trailer (cask)

Barnwe31, S.C.

l 14 l Tractor / Trailer (flatbed)

Richland, Wash 3

' Tractor / Trailer (flatbed)

barnwell, b.c.

5 I Iractor/ Irailer (van) l barnwell, s.L.

l S.

Irradiated Fuel Shipments (Disposition) l Nu=ber of Shipments

~~

Mode of Transportation Destination i

NOTE: One shipment was a combined Unit 1/ Unit 2 shipment.

b "*

mr.; -

DW

<a s<

sa

.., e - e e, e,. -

m.

4 t

5 9'

I I

f ug u

W 31 i

a a

3.

~.

4 4

S 9:-

5:2 T. l.

Y. 3'

_c 9*

S!.S

~l

...... -... ~. m -

?

B.: 5 Ai x

g if

~~~--.:

S 3-

$!3

?!

~.

...., ~ ~ ~. o g

w i

l J.

g

g;

-.. mi. C

-~,-e

~ ~.

e..,

a.

o w.

. oo w

Eo 9

e4 5.:.

. cz

~a a

s-

!.as 5

m-c m. m s

o a

en

. u

..mc wo-

. o o

se b

5:

El d

8b m-x o-.

o a

2-8

.J

-..J o.

- 4

-w

<-=

=

oes W

Xw. $.. $

.2 5

3 E t 0:

"W!.

1Yw w w 1,%:558 5

z<e

~

2 2 2

=

-mz s.

ama a

w w.

oo

%m oMCwe ww-a

.=

m s

4.

3:

s.

~.,o o o - n. ~ n. ~,...:

>. C w.

s 4.

~ -

.a

,. ~ -.

a e 5 o.

uagag g gj I

0 x

4.

o :e W

s.

8 8

wo

..l gg

<j g

...........n

{

3.

1 2!

b S,

o...

... -. - ~...-.-~-,..

,o 6

~

2 me 9*

S.:.

-.-...-..-...~.4.:

~.

--m o.

a c

ig

1 I$

~

i G

U

..e -

I.!

~ ~ '

E

~

N g

,n v

E < h!.

.---..~~~--,

2: hJ gl

! 9 g.

-o

. c2 o

5 i G S}

t

a' B

5:

S:

3

!'#$g 9;

2

-o!

8 d 4':

- ~

E 1 O!

"W!.

IWwY M

y a

==

W.. 3., 3 s, i >:gsg x

w w 2 2 2

-6z W. w.s.

-o.

4

4 F

0 2

E C

A.

A S_

8 S 7 3 2 5 7 2 8 7 5 8 l

5 8 8 e L.

P S

A I

1 4

G G 5 2 3 2 2 2 2 3.

i l

I T-T.

O N

O.

T O

E.

I S 8 8 8 8 8 S 8 3 8 S e 8 8 8 8 4

8 T

S.

P.

2 C

A.

ER L.

I A-D S 8 8 8 8 8 S 8 8 8 S 8 8 e 8 8 g.

4 0

SS 2

~

8 i

8 A

l 1

D D.. I 8

8 8 8 E

S 8 8 8 8 2 8 8 I

0 I

I I

8 O.W 1.

N.

E 4 P 2 3-S 8 I.

r 1

3 T.i D 0 CD E

2.

3 8 8 3

5 5 7 3 5 8 4

8 8 O 5 3 8.

N E.E R.P 3 -

1 I

8 W 8 I

S S.

8 Do 5

H 1

9 C

.h 8 2 ? 3 2 9 7 8

e 6 7 6 7 S G 7 U1 Ml 7

8 2 2 5 4 1

S.b 4.

7 T

I P.

I.

A 8

SA 8 D S..

8 3 S 3 7 2 I 9 7 6 S 4 G S D-3.

7 5 l

RT S

3 0D E

UA I

3 1

1 I

RU E.

3.

b U

C E

P fG N

NN I

)

S~

T R S LI T

F D S AS N

CS O

C A 59Fn 31 E L g

C R C 38 4O 0

- 9 r Y N.

N.

E.

r 1

01 o T SO I

CIO.

B.LOS O

L.

D C

5 I

1 R D L

>T.

A. AIR T.

lC.

E E

V W

V w

I R

O A

I E

R.OEO

.TRU E

V wE.

h E N S E S S v S N w N S

I TT R A R

A T

E.

N h N E E E S S 5 S S V W W h N VTPN N

AR E T D

L I

E P

A P S E.

SU UQ SRD ER Vl A-l S

. 2 T

S i

i 3 1

3 2 S 2 2 3 L.

S S S 7

3 I

I I.

A.

I T E T.

T.

O PH N

D..

T-a T

E..

4 S S S S 9 8 9 8 8 8 S S 8 S 8 8 0

T S.

2 3

P.

0R C

A.

1 O E

R F

L.

I M

D S S S S 8 8 9 8 8 8 S S 8 S I

8 4

8 O

A..

)

S.

2 R

M S.

F 9.

A I

I-D. I 1

D 8.

S S S S 8 9 8 8 8 8 S S 8 S 8 8

E I

N.W E 4 1

O~F P 2 S 8 I.I 3

5 T.D 1

o e C.

S S S S 8 9 9 9 8 2 S i 1

I I

8 E.E 2

8 N

R.E 1

w Si I

P DS S.

. S S

M l

O C

.O S 4 e 8 8

.N 3 S S 8

A.I 7

2 1

8 8

1 A

I I

3 I

S.

E 4

S.W 7

I e

1 P..

l.

A 1

EA 8 C

5..

9 S S S S 5 8 2 8 8 2 S I

8 3 2 3 p

D.

3-RT s

UA 3.

. OD u

A.

o E.

HlC P

H..

iN S.

D fLI R 5 O 5 AS C

A.

CS 8

E A

3 3FN R C O

N.

E N.

F Y F

O.

L SO O.

O T S

O I.

sT.

A I

I T.

R LDS D L AIR lC.

A I

O I

wE.

C E

E E

W W

W V

A TRU0EO I

S V.

E N S E S S W S N V N E

R.

N M N E E E S S 5 S S V W V H N R A V.1PH L

I E T P S E.

D.

i

t: w C3 Zi m I

I I

ce 4

pa 3

~,

R 2

. ~.

, ~ ~

n...,. -

fl

, - ~ ~

-c

~

~;

m r.t r

o.

a 1

i o

......g 21 i

I si o

{

3:

i El i

al.

_{

dl T

l A

e.

9*

gi 5 c.

~.

o.3 41'

.1 3 E.

g....l.

2 c

if

'g g.

I!3 c.

1,.

l :-

r 13 4- ' 31

' 2! I-.${

E g!

"I 2 * *

2 2 e ;; ; 2 % t 2 e a gi g

c

.I

EV MU 3

3 "5

2 I

u.

n-E

e' w

cm=

o dos h

5:

9.E..l

g B

af.

m o

m~5 8d ;

-GI t

oss t a.

"E' W

Y Mw M.32 5 12 ? i Es8 E

d.

l z fWw

.z <x w w..

2

>>z z

>.r x

x a

a.

w

. :2 m =

o cr w :n aMCwx l

. S > =:

<l l

^

=.. i 3:

d.

2.

4..,m.

.o o

~

o n

c.

"ks e

Oj "j

E e

x

.rpgy d-a b

I; gg a.

w w

cr :n 5

l g

.............l gg g;

z:

I at

...... -......l'

=

.o n.

~

[

5l Tl I

'E, E%

=

i 9;

gig e;

.--~-.....e-.j o..

4.

T 1

i 8

3.

{;l9

?. !

N:

A2: A&4%

N:

2 & *l'

,e Em s:

a4 S.

?!.

- - 222&22NR N t * * "!. g:

l 5

o Ei i tv

=

i

es 1

!. 2. s c un d...

.o b c C:

El b

9-.

.8 8 d O'

-g!

aldag

a. 2 i

IW$w M, M.. =,,,a s, 1 ::s.so 1

=

.- 31 w -

a 2 x x

...z w.

a.

a

==* st b o g

g,r

<a n!'

l Gw

.~..

I:~

eece,ec;;e-!

a a 5

et s

W:

y "I

s

-a 4:

.............. ~..'

c..

g.

4' l

91

~-..-,.-s 5:.I Tl 2'

a l

U$

2 e a e a 4 g g *!

2a a

g

?

5.S 4

i.

=

g Il 5OIo S$$$$

~

c e

~

a" c

~

s s

s s i a:

a.

a a...

.~-n

~

c.

n.

m..

M M N N

. O

. P P

.N

. N O M M v

34 Q

Eo W

CC f..I.

l' E2 f

2 8

3

'E m-o I

u.

o emm w

o m ie

=

$.!~h' ES~

h

5!

El N

ge z-e 9-.

u ag5 8 d ul

-Gl 2:1 *

= < 6:

E t 0:

"W:

g w* Y MM 3>3

! > 1 55$

Emd t' 3 d i B:

"""****""***"I'-"

5 w =r wm OMQ we w>-

a

=

m e

R.

l. gtg 1

c.

,,o a.. ~ m. ~ o q

~

.I

=

t 3

g o.

oel l uo a

g a

...............l gog ?

gg U

w!

0 a

cr wo B

xe 9

2:

y!

b Cl

-1 91{

5:

Tl I

il I

s-eis

~.

..w

-l g

B:S A

g

..9

.-..-.~..-..~e

~..:

n1 3:3 4

i 2a 4:

~.~,.........-~: :

S'

. ia 6. 5:\\

I El I

82 1

! #3 3

l

!."e uEu.:

!*B5 h O E!

9;j y! gh E

3;

. iso.

! E Mi 3v"!

~ ! M..

0:

w w

=.W=a 1

,2 s.

m W

w w a..

=

>g-8 W.

Q.

l.

JOINT FREQUENCY TABLE OF WIND SPEED AND DIRECTION FROF1 ATTACllMENT

'?

100 FT. VERSUS AT 150-33 FT. FOR UNIT-1 SI'ECIFIC RELEASE DATES PAGE 1 OF 8 -

DURING Tl!E TilIRD QUARTER OF 1981 HOUps AT EACH WDC SPEED AhD CIRECTION PERJOO DF RECORD.

saa8-eaae S~ASILITY CLASS.

A ELEVATION.

SPEEDeSPISSA DIRECTION.D!!8SA LAPSE.DTI5SA WINO SPEEDir1PH) j l

WIPd)

DIRECTIDN I-3 4-7 B-12 13-18,10-24

>24 TOTAL N

2 5

1 8

9 0

8 NNE 2

2 s

8 8

9 4

K l

2 I

9 9

8 4

EE 8

i S

1 8

8 8

E 2

1 0

9 9

9 3

ESE e

3 9

a 0

0 3

SE I

il l

B 8

9 13 SSE 2

2 8

8 8

8 4

S 21 5

8 8

7 SSW 3,

8 i

B B

B 12 3

SV 3l la 11 1

8 9

25 WSW 5l 5

7 8

8 8

17 V

5, 9

9 2

8 8

25 VNW 4

13 13 2

8 8

32 NW 7

17 27 18 3

8 72 NNV S!

21 0

3 9

0 30 l

VARIABLE 15 8

8 8

8 0

39 TOTAL 276 PERIODS OF CALi1fH0tRSIi 9

HOURS OF T11SSING DATA.

65 4

[-

um Hw Z G W

z; "

cW

<c

2 m

W H<

xa CM r.d xm<

ZW OA

-W 13 "

Wu-u-m

-mm a--

O CWN ZAO

<m M

c-p W I F:

M M

ms<

m-= a e5

-ue 20-w=

4 8.H R

si m

N. N.

4.

W L-W.

P5 i

amm

<mo--

ei=u N

>. e, W.

a A.

v x o-a-mg-4.s u o

, =<

3:

"l 5

l

, a I Wm

xn

. wm o.,

a 2.

Qa ee

9. >W m.,

.s

' od 9"

Sl0 Ni

... m. m m n..!

- E.

mi

-i 2

o O.

o 4

.D

.O N

48Z nI N... -

M. G N

e 3 s==

se e

i 83 T4 e

-0 I

=

4.

%9 8

i

. wu 4 0

4 N N.... Na

>=

t M0

= -

-== v. m -==

00 8 0 e

4 9

~'

-o 0

0 CZ Q

=

E LAB 1

8

.J *=

O GA 8

9 4 4A O %

0 W J g

0 W VB i

0O==

K U 9

i D an. C

e a O g > Zt ZO We 4

Q - O8 Q4 dt-tA Q

==== s Ome es O

8.

.=J

>= 0 2 9= 1 4 I.J Q

== 43 "O8 ma4-at

>0 3WD tJ La)

La#

3 3

3 3 R 0 >- M g W ed a Ee W Z W W W LA 3 to Z 3 2 4eOwQ

- se

-l 2

2 W W W W W W W W 3 3 J Z Z 3seAI

. We 08 0

l

8 TF N0 E

t 3

L ICE AG TA TP A

i- * ;

SE TAD b0E RS FAE NL OE I R TCC EI 1 RF8 I I 9 DC1E DPF NSO A 1 R D - E ETT EI R PNA SUU Q DR NOD I FR W

.I l

i A_

FTT S_

a B 8 I

l 4 B 3 o

2 2 2 S __

OF 5_

L_

I I

l l

E A_

I E3l T _

T i N O_

L3l D. __

O T_

B -

E_

I A0G T S_

4_

e S 8 9 0 0 B 8 e 2 e e a a 0 C 8 __

T5N C P_

2_

1 I E

A __

Y R

t L_

f CTU f

NAD O 4_

a S 8 9 8 9 B 8 a 8 e a e e A_

8_

3 1

E W

0_

2 __

US QU 8_

0_

A l

FS I _

1 RR D

D. _

FE E

8_

8 __

e a 8 8 0 9 B 9 e 9 e e a l

9 9 V

E 3 N

1 T

P O

N.

S 3 3_

I

~

I T T

1 OF D 3 C_

e S 8 8 9 9 B 9 a e

a a I

S E_

2 __

8 __

8 N

1 i

l J

R_

1 0

W I

0 S_

_ 8 H S D_

5 1

6 C

9 B 1

i 1

s 4 e e B 8 8 __

e S 8 A 8 A

7_

I 1

E 6

8_

2 4_

T l

A 5 P_

-t:

_ sA

).

C S. __

3_

J a 8 8 2 B 4

B 2 e B e B 2 T

S t

i 4 i

R D_

tA l _

_ oD E_

U H

O E_

P fC H.

t D

S __

iN R S LI O S AS C A

_ CS E L

_ 8 l

i

_2Ff R C O

m__

N_

E_

F O T O_

O_

L_

SO F Y I

I_

DI _

B_

D NT _

A_LOS D L T __

IC_

_ AIR O

I A

I E

E E

E W

W V

W R_TRU WE_

N E N S E S S V S N W N I

B V __

A__OEO R_

h N N E E E S S S S S w v V N N R A E V_TPN E T L_

I P S E_

D_

i'

JOINT FREQUENCY TABLE OF WIND SPEED AND DIRECTION FR051 ATTACID!ENT

'?

100 FT. VERSUS AT 150-33 FT. FOR UNIT-1 SPECIFIC RELEASE DATES PAGE 4 0F 8 DURING Tile TilIRD QUARTER OF 1981 Houns Ai u CH Vrm SPEED ANO DIRECTION PERIOD OF RECDRO.

S S S S-S 8 9 9 STAB;LITY CLASS.

D ELEVATION.

SPEED.SPISSA DIRECTION.DJiseA LAPSE.DTl5SA WJND SPEEDINPHI WINO DIRECTION 3-3 4-7 B-12 13-18 10-24

>24 TOTAL N

6 3

8 8

9 NNE 4

3 9

8 9

9 5

NE I

2 0

9 9

0 3

ENE 6

3 i

B B

B 18 E

12 IB 2

9 8

9 32 ESE 30 28 2

8 8

9 52 SE 12 64 12 0

9 8

SS SSE S

27 2

9 0

0 35 S

4 6

3 e

8 8

13 SSW 6

7 6

9 9

0 19 SV 3

4 4

2 8

8 13 WSW 4

4 8

8 9

9 9

W 6

3 5

9 9

0 14 kNV 3

5 6

I 9

9 15 NV E

5 S

8 8

8 25 NNV 7

4 2

8 8

8 13 VARIABLE 35 8

9 9

9 2

175 TOTAL 352 PERIDOS OF CAllifHOURSI.

8 HOURS OF f1]SSING DATA.

65 i

l l

l

~

l 1

l

't 6

A

JOINT FREQUENCY TABLE OF WIND SPEED AND DIRECTION FROM m

En 2 100 FT. VERSUS AT 150-33 FT. FOR UNIT-1 SPECIFIC RELEASE DATES PAGE 5 6F 8 DURING Tile TIIIRD QUARTER OF 1981 N(MtS AT EACH WIM SPEED AW OIRECTION PERIDO OF RECORD.

S S 9 9-S 3 S S STAa!LITY CLASE.

E ELEVATION.

SPEED.SPIBSA DIRECTION.OllSSA LAPSE.OTl5eA WIND SPEEDfMPHI WIND DIRECTION 3-3 4-7 8-12 13-18 10-24

>24 TOTAL N

4 17 I

I 9

9 23 PeNE 8j 7

8 9

9 8

IS 5f NE 4

9 9

8 9

9 ENE 16 5

S S

B e

21 i

E si 21 B

B a

e 27 ESE 21 15 B

e 8

0 36 SE I4 11 B

B B

B 25 SSE la 11 a

8 9

2 21 S

14 12 2

8 8

0 28 SSW 11 14 3

8 8

9 28 SW 19 23 12 l

8 9

55 WSW 17 17 8

9 9

9 42

~

d W

16 14 3

3 8

0 33 VNW 12 24 17 3

B B

56 NW 4

14 13 9

8 9

30 NNW 8

14 7

3 8

0 32 VARIABLE 36 8

8 8

72 TO?AL 498 PE8tIDOS OF CALNIHOURS).

9 HO*'RS OF 111SSING DATA.

65 9

1

JOINT FREQUENCY TABLE OF WIND SPEED AND DIRECTION FROM ATTACllMENT *'

100 FT. VERSUS AT 150-33 FT. FOR UNIT.I. SPECIFIC RELEASE DATES PAGE o. 0F 8 DURING Tile TilIRD QUARTER OF 1981 HOURS AT EACH WINO SPEED ANO DIRECTJON PER100 0F RECORD.

SSSD-SSSS STABILITY CLASS.

F ELEVAT]DN.

SPEED SPIS8A DIRECTION.Dil8SA LAPSE.DTl50A klhO SPEEDir1 PHI VINO DIRECTION l-3 4-7 S-12 13-18 19-24

>24 TOTAL N

7 4

8 8

II NNE I

3 8

9 9

6 4

NF.

4 8

8 9

9 8

4 ENE 4

8 8

8 a

e 4

E 8

4 8

8 8

e 12 ESE S

7 8

8 9

9 13 SE 9

7 0

8 9

0 16 SSE 21 1

0 0

8 9

22 S

26 8

8 8

9 8

26 SSV 13 2

B 8

8 8

15 SV 28 9

8 8

8 9

28 VSV 7

4 1

8

.8 8

12 V

24 18 1

8 8

9 43 VNV S

ll 9

9 8

8 19 I

i i

NV 1l 7

3 8

8 9

11 i

NNV 2!

5 3

8 8

0 IB VARIABLE 21 8

8 8

a a

63 TOTAL 242 PER1005 0F CALMfHOURS) 8 HOURS OF DISSING DATA:

65 i

f l

t 0

JOINT FREQUENCY TABLE OF WIND SPEED AND DIRECTION FROM ATTACIL'!ENT ?

100 FT. VERSUS AT 150-33 PT. FOR UNIT-1 SPECIFIC RELEASE DATES PACE 7 0F 8 '

DURING Tile TIIIRD. QUARTER OF 1981 HOURS AT EACH WI M SPEED AND CIRECTION PERIOD OF RECORD.

933S-S888 STABILITY CLASS G

ELEVATION.

SPEED.SPISSA DIRECTICN.DIISSA LAPSE 01158A VihD SPEEDFNPH) i VINO DIRECTION 1-3 4-7 9-12 13-18 19-24

>24 TOTAL N

I 9

9 8

8 9

I NtC 8

9 9

0 9

hE 2

9 0

0 0

9 2

ENE 2

8 0

8 8

e 2

E 3

e e

a a

e 3

ESE 4

9 a

e 8

0 4

SE 7

2 2

0 9

9 9

SSE 6

0 9

8 8

2 S

S le 9

0 8

9 0

la SSW 9

9 0

8 9

2 9

SV 1

8 e

9 0

0 I

V9d 12 9

8 9

9 0

12 V

2 B

B B

2 vw i

7 e

e a

e e

NV 2

I I

B B

B 4

NNW 9

3 1

0 3

8 i

VARIABLE S

9 8

8 12 101AL 73 PERIODS OF CALMfHCURS).

3 HOURS OF nlSSING DATA.

65

JOINT FREQUENCY TABLE OF idIND SPEED AND DIRECTION FR0ft ATTACID1ENT

100 FT. VERSUS l2T 150-33 FT. FOR UNIT-1 SPECIFIC RELEASE DATES PAGE 8 0F 8 DURING Tile TilIRD QUARTER OF 1981 HOURS AT EACH VIM) SPEED AM) DIltECTION PERIOD DF RECORD.

3eeS-aae5 STA81LITY CLASS.

ALL ELEVATION.

SPEED.SPSSSA DIRECTION.D!lSSA LAPSE.DTISSA VIM) SPEEDif1 PHI VIND D]lRECTION 3-3 4-7 8-12 13-18 19 24

>24 TOTAL N

21 31 2

1 9

8 55 NE IS 33 8

B B

B 29 NE 13 8

1 9

9 9

22 EK 29

, IB 7

I B

B 47 E

32 46 2

8 9

9 88 ESE 69-47 2

2 8

0 118 SE 41 l' 96 14 0

8 e

ISI SSE 58' 45 2

8 8

0 97 5

57' 24 5

0 9

B 88 SSV 42' 41 Il 9

8 8

94 SV 49 38 38 4

8 9

121 VSV SI 36 17 8

8 8

184 V

54 45 21 2

8 8

122 VNV 28 61 39 7

8 2

135 NV 28 44 EL 34 5

8 161 NNV 25 45 22 6

B e

98 VARJABLE 118 e

B 8

8 2

354 TOTAL 1528 PERIDOS OF Calf 18HOURSl e S

HOURS OF filSSING DATA.

G5

3 4

TNF E0 M

l I

lC

~

AE A-TG G.

S

. i 2 5 3 4 4 3 8 4 9 3

TA O-A~

L 4 a I

l AP I

l T

T D.

T N

O C

0 1

4.

3 e S. e 3 8 a 8 8 2 8 8 3

l 8

8 S~

2 1C PA.

8 M

L ID 2 3 8 A

4 3 e s e e 9 8 a 9 8 e 9 8

8 C

S 2

S 9

AA l

i.

1 D

D.

_ H 8

8.

3 8 8 e 8 e 8 a 8 8 e 8 8 I

4 1

E I

N_

3.

E 4 O

_P P 2 9

3-E 1

I 7

1 5

T._ D f

2 S W2 C.E 2

8 8 a e 8 2 8 3 I

3 e

I I

6 E.E 8

1 R.P 1

I 1

W 0 D.S 9-8 I

2 H

S 1

A.e 7

S.

N C

8 4

l 8 8 2 2 9 8 9 e e 2

i 1

I I

O A

I E

a.l iV 4

I t

e T

T t

C A

P.

t.

E Si 8

SA S. ~

3..

S.

e S 2 2 3 8 8 8 8 2 3 9 RT 2 8 R

S I

I tJA R

D.

i 1.

. oD E

E-u D

o E

. N 44 P

. t4 H.

7 i

D S-D.

iD 8

NT R S LI 1

O S AS N

AF1 C A

. CS O

8 E L 4.SFM I

C D39 R C.

O O

E31 E -

F Y N.

N.

E.

F T

SO L

O T O.

O.

P0R T

0I -

S.LOS C

O I

I S5E D L 8T.

A. AIR R

IC.

E E

W W

A T

O l

I 1

A TRU R

E V.

WE.

I a

D R

R E N S E S S W S N W N s

OEO T

R A E.

h W NTA E

T e

E E E S S 5 S S W V W N N V TPH N

s D

L I

IAU P S E.

E W

Q C

S FUl i

OST RR EEU A

S~

LVO B

F L.

2 2 3 2 4 S 2 4 4 S S 3 3 3 6 5 2.

A:

S.

A 1

I I

1 1

4 4 T-1 I

TTE T.

Fl N

O O.

T-i E

Y T

O I

C0 T

5.

4 8 a 8 e e S 8 8 8 8 8 8 8 3 3 8 9

N0R C

P.

E1 O 2

U F

M A

L.

QM I

EO D

4 8 8 0 s e S 8 8 8 8 e 8 3 I

4 I

8 A.

2-RR C

S FF S~

9 f

A I

I.

1 T

D D. ~ l N

E 9

8 8 8 a a S 0 0 S 8 9 8 I

E 4 Ne 9

0 I

3 I

1 I

r O

P 2 OP 1

I.

3 J

1 f

T i 1

3 W2 C.D I

2 4 5 3 4

S 3 E.M 2

l 1

.E 7

1 I

e e 2 B 9 9

1 R.

3 I

1 W 0 DS 9.

2 I

8 H

1 AC 8

C S

i4 2

I 4

I S 8 2 4 3 4 5

9 0.P 7.

4 A

1 1

E 1

1 e

9.l 4.

I W

e T

l 1P.

l.

A i

SA S A

5..

a 2 2 2 2 7 RT a

2 D

3.

I I

5 2 2 3 s

1 I

I UA r

1 a

. OD E-l LW E.

lHtG P.

e fN 0

S.

LI 8 S 0 S AS C A

. CS 39Fn l

E L C

tI E

30 N.

N.

F F Y 5O O.

CIO.

O T L.

0 B.L0S I

I A.A1R PT.

O L T.

IC.

(,

c, D

I A

I E

E W

W W

W R. TAU WE.

I S

V.

R E

S E S S "

S M V N A.OEO R A E.

D

> N N E E E S S $ S "

W W b N N V.TPN E T L.

I P S E.

1 l

I

I 34 TF N0 E

M2 i

A l

CE S

AG S

L 9 7 i 3 2 5 4 2 2 s a 6 7 4

2 S 7 8 S 9 4

4 S

7.

1 A

2 TA 7 5 1

S 1

1 I

A 0

0 1

2 4

1 1

TP t

1 1

E 1

5 4

S s. 3 e a 8 a 8 a S 8 8 8 5 3 C

P 2

8 E

A m

L i

c A

4 S s. a e e 9 e 9 s e 8 2 2 9 2 e

S 2

8 1

4 S

I

.t s

0 A

l l

1 D

D.

I 8

S s. e a e 8 8 8 e 1

2 3 G 1

9 8.

EE 4 M H 2 7 7 P 2 D P l.

1 1

3 S

1 r

5 T

f 1

e2 C D E E 2

3 2.

I I

6 9 4 3 a 3 2 e 8.

I l

I s

I 4

d E R E P 1

I i

I W e I

D S 0

. 8 N

H l

2 O

C e

S 7 7 0 e S 4

8 0 3 7 4 3 7 e S 9 E

e D 7

I A

I t

0 4 3 1

l 2

1 l

I T

e t V 4

C T

l i

E A

l P

)

R e D S.

. SA 3

O a 1 1

O 7 S 9 9 G 3 7 5 7 3 4 s

7~

RT I

n D

uA 1

1 4

oC E

D u

E l

o E

. H U

D i%

M.

P f

N Nr o

E I

l AF1 m S l1 T

o S A5 N

8 C A C5 O

D39 t L s

1 C

1 E31 s C

. eFf E -

gO O

P0R r Y N N

E.

F T

o T

O O

SO L.

D S5E I

I

)I 1 T o L T MT B.LOS C

A. AIR D

R o

I A

IC I

R l

S V WE E.

E.

E E

W W

W W R.TRu E

NTA E

P S E S S V S N w N 2

n A E R

OEo T

A.TPH N e I t U E T L I

W Q

P S E D

l N E E E S S 5 S S W W W h N y

N E

S FUl i

OST RR EEU LVO B

F A

S A:

S L

2 a. 4 3 4 2 2 2 2 2 I

4 S S 4 2

E TTl I

A I

I i T

T

- Y T

n D.

O

. C0 o

T l

E

. N0R T

S 4

8 a. 8 8 8 8 8 8 3 e 9 0 a 2 9 3

- E1 O C

P 2

U F

E A

QM s

L EO ip RR A

4 8 a. 8 8 8 8 8 8 e a 8 8 e 8 8 3

FF e

8 2

e s

9 T

A l

l 1

N D

O.

I i

8 8 a. 8 S S 8 a 8 a e a 2 2 4

2 3

E O

E 4 N H 1

J P 2 O f I

I 3

S f

s T

f 1

o 2 C D N

l E E 2

9 a. 9 S 2 e I

I s e 2 2 8 8 3

I l

l R E I.

v e.

P I

D S 8

8 H

2 l

C O

8 e. 4 2 7

8 2 8 2

9 8 2

A l

A N 3

l I

I I

1 E

e I

a s V 4

,l T

l i

P A

l t.

e C 5 SA l

o. S 3 9 8 9 2 S s

3 2 8 8 2

uA RT I

1 l

r D

u E

l oD o

E HlM H.

P t

o S

f m 5 lI o S AS C A

. CS E L 2

1 1

D C 5FF e

O r Y N N

E F

L SO o

T O

O eI B

O I

I o L T tT R LDS A

o l

A iC I

AIR l

t V WE E.

C E

E W

W WW TRU V

E v

S E S S W S N A OEO n A E p

e N DE E S S 5 S S V W W N N N

V.TPH E T L

i r

P S E D

n

~T Nw el o em I'

i U<w

4

t '

na e 2 e e ;; a e e n :

a a:

-1

-l E

i 2:

S:

y

?!

"I i

a

.I

~

g.

y g

-i

.............. ~ -.:

e.-

5:

Tl pt[

A el E

S 9e g:le

~l

.T.

E E.

o..

2

=

4.9 a

c..

..... =, - ~. ~

e-e-

. e..

3: 3 1, I l

U

" " *j E

rg!h.

E

?!

e***"teeeee*em a 5

i. Ya o

. cm a

s-z $* -

3

!3 5

<cme d

.I

.! L E

~o a

wm wi B

5:

&l

.a 3 ?!

9; dis 8.

% n 5:

u

!E:

ES.l y 2:n $

5

~H 5Yw gW3.332=y I = sjst2 "3

w

=

y e533 5 g gj g:

w w 2

a c-m wa=

oms ee I

wwm amo

...l

=

3:

~ ~. -

2.

, n, ~ - ~n gpa og a m ~ ~ m r a ~

.=

o.

rl 5

s Ngu l

w-o n

w a!

c :n

,,,,,,,,,,,,,,,,,,j gg

,g l

o ww 9

2.

=t l

I u

S 9'-

=

..........-.m o...

El Tl E

5E cig "I

s 9"

S:S

~.

n m... ~

c.

a m 3:r.

4.

o.

3 5-1 9 gl.

'.i l

e *

2 e e e e

R 2 S t a n *:

Ew %.

l 34 3:

7:

eeeee

-ea e e s -

2:

=

. g=o

. E!

i av s

sa I

.ue

.d

gge B: 5:

5!

y!

.h 8

8 p'

9:1

-.W 3 41

-3.:

$u Y Ww W 5,,I > 3 *: 55

..32

- t O:'

5 - s.

4,

.-m

=

2 w w w.

f o

.w

M$7 Hw U5" uw

<c k

!L dj 4aV*

C: 3 G S R 3 j a a * =!.

~ m ~

5 gl.

g, I

g sl

?!

3 g..l

-=

i g

g:

at l

s. I

....... ~ ~

- -..i 5:

Tl E

l-j ll

_sje

~;

e - - - - ~ :

e s g s..l.

h o

3

_. g.2 r

s i>

j s e e n e e s s a n v a s a g E -i d

E i n'

! 34 5

g!

7:

5N22

O3S R R R R

C ::

5 g g;o y

A 5;

1 EV a

1 c

z g ;;;

g i

l g

a-3 5

Nd.I

! sE cme

.-o o

wn-Ma, b: 3:

El

$1*ga g3; 9;l 2:ao, u

mnw 2:2E" 5

sy:

gWwy g W $. 2 3 E = 5 1 i stet $

~t

-32 w

a ggg g g y, gj

~

z w w g

m wa=

EU l

l ww=

a>c

<l

=

ci y

"g ll gj

't e 2 a

' ' a a *

v a g

p 5 I

?!

I e8e ;

di Q-o 4

Ti a

w I a

I ox

-a

................I

, g g-

<j

]

3.

g ww

=t 1

............. ~..I 6

a.

~

El o

E

l-

"I 9"

Sly

~.

............ ~ - - ~.:

-5 E.

h 41 o.

I 3

l-gig

.~..._.. ~ ~ -... - ~ -....

l

Eo hl

~,4

..e=,~,.-~g; W:

i

~m

~ ~ c,

! {V o

l

.E s-g I as 4

lEBE Wd,

s:

B 0 5; b

dis 3

9;

! ~ :!!

sy!

2:2EI

,1W-y=y a s,,y r s ::ete 2

=

y g !.s.:

W d

o.

,* 4 TF N0 EM1 l

lCE AG A

TA S

2 4 3 4 4 3 a 4 s 7 4 S TP S

L 4 s a

1 I

A A

T T

e>

0 O

T l

I E

T S

4 8 3 s a a e 8 a. 8 S e 9 a I

0 8 C

P 2

E A

m L

i D

A 4

8 s e e e 9 9 a. 8 s 3 I

s I

9 8 D

S 2

N S

', : i - '

,4I

. [

,e 9

A I

I 1

D D.

e e

8 3 a a a e e e. 8 e e 8

3 8

Ee N H 3

8 P

D P S

S 3 I

n 3

E T

f 1

T e3 C O 9 a.

8 2 e 3 E I 2

1 8 e e a 1

1 3 8 A

I s

I i e R E 1

F D v

I P

O D S S

S RE H S S

FS C

e S

A A S A

0 7

1 8 a e e

. 4 3

2 I

e 9 2 9 9 I

1 E

S 2

NE S

S W 4

OL T

I I E A S P

).

TR 8

S.

SA 3

2 9 a

C S

9 2 2 3 8 8 s 8 2 8 S 6 AT I

I R

O A

ECl U

I l

0O E

1 RI fs O

E M

U I F9 H.

P fG h

D S

Nh J

DI 1 C

R E Ll T

O S AS N

DEF C A CS O

NPO E L 7

l C

i AS R C 4Ff R

O O

F Y N N

E F

T D1 E O T O O

L SO E - T I

I DI B

O C

ETR D L T NT A LDS PI A O

A IC I

AIR R

I 8 V WE E

E E

E W

W w

W R TRU E

SNU e

E e

S E S S V S N W N A

OEO T

R A E R

h DE E S S 5 S S w W w N N V TPH N

N e UQ E T L I

l D

P S E D

E NRl i

I OT WFR U F

.O OTF F

A E

E SS L

S 2 2 4 4 2 4 4 a L3 i I

A l

15 3 2 a 5 3 2 I

l 1

l 3 4 1

B3T T

T A -

N 0

O T0G 0 T

2 E

5N 1

S 4

S S e e 3 0 e 8. 9 8 3 a a a 9 e Y1 I C

P 2

C R

A M

. NTU L

_ EAD I

D

_ U A

4 S S 8 8 8 3 B 8 9 9 9 3 3 e 3 1

9

_ QS M

8 2

e EU 9

RS A

l i

1 FR D

D.

E E

9 0

S a e S 9 e e 9. 9 9 3 2 e 8 9 1

TV Me N H 1

1 N

O T EW S e I

3 I

1 OT C D JF mS a a 9 e 9 i ?

4 9 2 3 e 0 8 E E 2

I I

3 R E 1

l P

0 W

I 0

D s D

8 H S 4

1 C

e 5

A 3 A

7 3

1 e

4 i S 8 2 4 2 2 5 I

1 1

9 I

4 2 I

t L

a 3

e l

v 4

TA 8 P

I.

A 5 SA 9

S 2 3 2 0 2 R1 5

i S 2 2 3 I

5 I

I I

I bA R

D 1

u E

3 0D o

E H

H.

P fG D

S MN R S LI O E AS C A CS E L 8

I R C 5FH 1O 9

F Y N N

E F

D T D O

L SO eI B

D I

I 0 L T pT A LOS 0

A iC I

AIR 1

a V wE E

E E

E W

W w

w R TRU R A E R

e E N S E S S V S N W h A OEO e

M h E E E S S 5 S S W W V N h V TPH E T L

I p

P E E D

)

i l

!!i

(,

l

,* 4 TF N0 EM2 l

e l

CE A.

AG L.

4 7 S 6 4

2 S 2 5 S 6 S 3 G 8 7 2 TA 8-2 2 5 3 2 2 7 3 7 4 4 A

2 I

O_

TP I

I 1

T 1

1 A

1 N

0.

0 E-T.

S 9 8 3 9 s 3 e a 9 9 8 e 8 2 8 s-1 1

5-4 C

P 2

E A-R L.

I D

A.

4 S S 8 8 9 e 0 e e 8 8 8 2 4 7 2 e.

S 2.

3 0

S_

8 8

it t

h 0 8

9 A

l l.

1 D

O.

3 a 8 8 B 8 8 9 9 8 2 0 3 8 4 a..

8 8

E I

2 7 5 N.H S

E S 1

1 O.P P

E I

n 3

G e T

T.I 1

A M9 C

ED 8 3 e 4

8 3 a 8 8 I

5 7 4 3 I

e.

R.E 2

MD 3

1 d

4 5

I 3

DE 1

O I

P W

RE S

0.

8 FS H S 8

~

A.C 8

A C

4 3 8 7 4

9 4

9 3 S 3 3 6 9 7 8 2

s.

7 NE A e P

1 1

1 4 2 E

s.I 1

OL e

eW 4.

I E T

l TR A S P

t.

C D

5.

SA 7 4 7 G 9 7 5 8 G 6 2 7 5 6 4 2 2 R

D-

3..

EC1 S

tT s

4 lA 1

1 RI 8 U

OD E

E 1.

E I F9 O

. H J

DI 1 H.

P tG M

C O

S fN J

1 DEF R S lI T

O S AS N

NPO C A CS O

AS E L 1

l C

R R C

.8Fi f

D1 E E7O 0

F Y N.

N..

F 7

E - T D T O.

L SO O.

B D

C ETR I

0I T-I P I A O L e

A.LOS PT.

A-I AIR R

SNU C

I IC-E C

E E

V W

W W

R.TRU E

WE.

N E N S E 5 S V S N W N A.OEO T

I B

V.

UQ E.

R.

N h N E E E S 5 5 S S V V V N N V TPH N

R A D

E T L

I NRi P S E.

D.

E l

I OT WFR U F

.O OTF F

A~

E E

S.

L3 i 5.

L l

S 9 4 3 4 8 2 2 2 2 A -

T 1

2 i 4 4 8 3 1

B3T l

A T.

D..

T-O T0G N

5 N O

I E.

Y1 I 0 S 9 8 e 0 8 8 e 8 e 8 3 e 0 9 3.

5-4 T

C R

C P

2

_ NTU E

A-7 EAD R

L-I U

D QS 4.

0 S 9 8 e 3 8 8 e S 8 8 e g 4 8 a

8 EU 0

e 2.

RS p.

l 9_

8 FR A

l 1

E D

O..

TV E

0 e 9 8 8 9 8 8 9 S 8 S 2 2 3 2 NI 0

S N

H Ma 1

O.P I

Tf 3-I 1

OT S e f

1 JF C a C.D I

8 8 1

I 8 S 2 1

9 S 9 e 9 9 8 E.E 2

a..

I 0

I e

R.E 1

P 0

V DS 9-I S

1 M e 6

AC 6

C 8 2 8 2

S a 8 4 2 i 8 3 e

A e S

7 I

I l

I 8

E e

SI 4.

W T

I.

e A e P-t.

. 5A C

5 2 8 a 1

8 8 8 8 e 9 9 2 S 2

UA A1 D.

3.

e I

I I

E.

1.

. OD l

. H E-o P

fG H.

fN D

S t

R S lI O S AS C A

. C5 2

l E L i

4Ff R C O

N q.

E.

F F v e.

SO O

O.

L O

O T 0I.

B.LDS J

I.

A. AIR D L T

8 V fC_.

A I.

V-O VE

(

E E

E W

V W

w R.TRU a

I N

S E S S W S N W N A.OEO N wC R

R A E.

E E E S S 5 S S V W V N N V.TPH E

D_

L E T I

I P S

gm Ow

<a US

R S *

C 2 2 9 2 2 5

n C 2 % Ei

=

ef*

i 5'

5l l

6 i'

4

(* l i

N t

,,,,,,,,,,,,,,,,,g o

1 i

{

t

~~"l l

g

.I

..............n El Tl i

[5 5.'......... -... - -..!

9 g=

ur

-1 4

4 og.

._ o 3

h.

!l9 n.

.....,,,n

. n n n. e e.1 in d is 4i zG ee a:

34 gx

?!

!2a * *e2: 22:

e=a e 3:

=-

$3 Y.

-3 wa-1

.f x-m

.c

-me c ;j -

3 1

! #3 5

aww

!. E-c 8

ua

d a : jl.

z :. c.,

w!" m S

<=

g.

x so o

eAa ae2

!51

!::ver s

c-w 7, ::B"8 W

Su "W!

g w, W Mw M.

3. 2 j j

Me$

2, :

2 3

w w w.

s3 2 3:

a:

ezu=

-OH 2xx 8

w

<l

.o r w ws

!i vi ea: 2 n - = = = = = = = s e ej

~

$? P s Bi El

.................)

sag g w;

g.

.1 "I

I W

s gaa gj

.)

a

.............-n Es I

si a

s.

e a, e n.

E!

s>

A z

n.=

==

--~~------==e-j at 1:

Wia ei

- ~ -

a:a ei a - ~ ~ e e e e e e e e n e n z.!.

A i

e 3

3 g:2 o

s.

g

w &!

p. G4

*I*.o a, n 6:

71 2:

2%N o

w.

1 l*.&"I

. EW I

i W3 t uc WdI gggc g

B E El 5:

5:.B T: 8 3

9?

Eq.

2!

Iy:j,1Ms g w2.sas,,g n 1 2:ee9 E5 w

=

!. s:

w Q

w.

-0

4' TF N0 EM,4 l

lCE AC TA TP A

A~

S.

9 l 5 5 9 3 8 2 8 9 S 8-S.

L 4 2 5 8

8 A

1 4 3 8 8 2 e 9 9 0 7 E B 3 2 S D..-

7-I 2 3 T.

O T

1 1

t I

I 1

s D

T I

E-I 4

S a 3 3 8 a S a 8 0 8 9 8 8 3 8 S.

8 T

P 2

C E

A.

N L-I O

A 4

S e 8 S 8 s a e 0 8 8 8 8 5 7 3 D

0.

2 4

W 8.

-9 A

l l

8 D

O.

8 1

e 8 S 8 e e a 9 e 2 2 7 2 3 6 9

E t

S E e N.ir 2 0 8 3 8

P O.f E

3

$ e I.

f T

T.I 1

A Ca CD 2

0 3 S S S 0 a B 0 7 8 5 8 2 2 8

E.E MD D S 1

7 8 8 5 O

R.E 1

I l

I I

P 1

W RE D.0

.S 3

3 FS M 8 S

S A

C 7

l S 4 2 S 7 4

0 7 5 8 8 2 6 6 8 A.h 7

5 NE DS S.I i

I 2 4 S 4 3 2 2 3 2 4 3 7 5 OL S

I E T

L ISV 4

TR A S L P

I.

S. -

SA C

A 1

7 8 5 7 9 3 7 7

4 0

4 6 7 S R

D.

4 2 2 3 3 S 4 S S 5 2 2 3 2 I

8 EC1 S

8 RT I

0A 4

7 RI 8 u

E.

1 0D E

3 I F9 o

E H

J DI 1 H.

P tG M

C D. S nN I

DEF R s LI T

O s AS N

NPO C A CE O

AS E L I

C 8

2FP R

R C.

9O O

D1 E N

E.1 N.

O F Y F

T E - T O.

L.

DSO O T ETR I

I.

0I B.LOS C

PI A O L T.

8T A. AIR 1C A.

SNU C

l R

I E

E E

W W

W V

R.TRU E

9 W.

WE I

a V.

UQ S E S S V S h V N A.OEO T

E e

R A E.

R N k N DE E S S 5 S S W W W N N VTPH N

D E T L

I Nni P E E.

D E

l I 0T WFR U F

.O O 'T F A~

i E

E L3l S.

5 3 2 2 0 7 0 7 5 4 8 I

e S B3T S-S.

i I

a 1A I

1 3

l l

I I

A -

T O

T T0G N

D..

5N O

T I

E.

Y1 I 4

8 8 8 8 0 8 9 9 8 S 8 8 e S 9 9 5

b.

T C

R C

P.

2 E N'i U A.

N E

D R

L.

I U

D QS 4

8 3 S 3 0 0 8 9 8 S 8 8 e e 3 8 A.

0 EU D

S.

2 RS N

8 9

FR A

l i

1 E

D D.. I TV I

P O.P 1

8 e S e 8 8 O S 8 0 9 9 e B 2 8 S.

0 N

ES N.H OT E S I

n 3

T.i 1

JF C.D C S E

2 8 s S e 8 9 8 S 8 9 9 0 2 I

1 2

E.E S.

0 D S R.P 1

0 W

I.

S O

H e D.E 1

S SC S

t C

A 2 9 S s 3 2 S.D 7

8 S 8 8 2

1 8 3 3 Da S_

1 e

W 4

T I

A s P..

I.

c

5..

3 SA 3 3 2 2 S S 8 e 7 l

4 2 5 8 4 9 S.

s RT D..

1 l

1 i

0A e

I m

E-

- 0D l

l E

M o

P fG H.

S.

MN o

n s LI o s AS C A

. CS 9

E L I

1FN m C 1O r y e.

N E.

F p

O SO O-o l L.

O

)I B

i I.

MT o L A

DS RL T.

IC AIR o

I A.

VE d

E E

E V

W W

V I

TRU f

s V.

E.

N o nDE R

e S E S S W S N W N A.OEO n A L

I p

i E S S 5 E S W v W N N V TPH E

T P s E.

D

.

ML20042B356

Text

Navigation menu

Search