Text

Semiannual Radioactive Effluent & Waste Disposal Rept for July-Dec 1978
	ML19261B966
Person / Time
Site:	Haddam Neck File:Connecticut Yankee Atomic Power Co icon.png
Issue date:	12/31/1978
From:	; CONNECTICUT YANKEE ATOMIC POWER CO.
To:	;
References
	NUDOCS 7903090152
	Download: ML19261B966 (56)
	v • d • e

CONNECTICUT YANKEE ATOMIC POWER COMPANY IIADDAM NECK PLANT llADDAM, CONNECTICUT SEMIANNUAL RADIOACTIVE EFFLUENT AND WASTE DISPOSAL REPORT FOR Tile PERIOD OF JULY 1,1978 TO DECEMBER 31, 1978 DOCKET NO. 50-213 LICENSE DPR-61 0I po4

TABLE OF CONTENTS PAGE Supplemental Information.

1-7 Gaseous Effluents - Summation of all Releases.

8 Gaseous Effleunts - Mixed Mode Release (Partially Elevated and Partially Ground).

9 Liquid Effluents - Summation of All Releases.

10 Liquid Effluents 11 Solid Waste.

12-13 Off-Site Dose Estimates.

14-21 Meteorological Data.

22-53 i

1.)

REGULATORY LIMITS Specifications for Gaseous Waste Effluents (1)

The release rate limit of noble gases from the site shall be:

1Qiv

_94 Ety + 460 Ei[

<_ 1 1where Qy = release rate from all roof and unit vents in Ci/sec (ground release) i

= the ith individual nuclide Tiy = the average gamma energy per disintegration for nuclide i Eig = the average beta energy per disintegration for nuclide 1 (2)

The release rate limit of all radiciodines and radioactive matorials in particulato form with half-lives greator than eight days, released to_1he environs.as part of the gaseous wastes from the site shall be:

1.2 X 106 gy < 1 where Qv is defined above.

(:})

The average release rate of noble gases from the site during any calendar quarter shall be:

{Eig 1450 Qiv 1 1 1

and.

{ Eiy -

590 Qiv-1 1 1

(4)

The average release rate of noble gases from the site during any 12 consecutive months shall be:

{Eg 2900 Qiv 1 1 i

1 and.

[Eiy 1180 Qiv

.1_ 1 s

(5)

The average release rate of all iodinea and radioactive materials in particulate form per site with half-lives greater than eight days during any calendar quarter shall be:

1.5 X 108 1

Qy

-i_

(6)

The average release rate of all itdines and radioactive materials per site in particulate form with ialf-lives grcater than eight -

days during any period of 12 consecutive months shall be:

3.0 X 108 Qv < 1 (7)

The amount of iodine-131 released during any calendar quarter shall not exceed 2 Ci/ reactor.

(s)

The amount of iodine-131 released during any period of 12 consecutive months shall not exceed 4 Ci/ reactor.

Should any of the conditions of (1), (2) or (3) listed below exist, the licensee shall make an investigation to identify the causes of the release rates, define and initiate a program of action to reduce the release rates to design objective levels listed in Env. Tech. Spec., Section 2.4 and report these actions to the Commission within 30 days from the end of the quarter during which the releases occurred.

(1)

If the average release rate of noble gases fro:n the site during any calendar quarter is:

Tg 5800 Qty 1

i or,

[Ety 2400 Qiv 1

~

1 (2)

If the average release rate of all iodines and radioactive materials in particulate form per site with half-lives greater than eight days during any calendar quarter is':

5.9 X 108 Qv > 1 (3)

I.f the amount of iodine-131 released during any calendar quarter is greater than 0.5 Ci/ reactor..

sp,ccifications for Liquid Waste Ef fluents The concentration of radioactive materials released in liquid waste effluents at the site shall not exceed the values specified in 10 CFR Part 20 Appendix B.

Table II, Column 2 for unrestricted areas.

The cuculative release of radioactive e.aterials in liquid wsste effluents, excluding trittua and dissolved gases, shall not exceed 10 Ci/ calendar quarter.

The cumulative release of radioactive materials in liquid waste effluents, excluding tritium and dissolved gases, shall not exceed 20 Ci in any 12 consecutive months.

The equipment installed in the ifquid radioactive waste system shall be maintained and shall be operated to process radioactive liquid wastes prior to their cischarge when the projected cumulative release could exceed 1.25 C1/ calendar quarter, excluding tritium and dissolved gases.

The maximum radioactivity to be contained in any liquid radwaste tank that can be discharged directly to the environs shall not exceed 10 C1, excluding tritium and dissolved gases.

If the cumulative release of radioactive materials in liquid effluents, excluding tritium and dissolved gases, exceeds 2.5 Ci/ calendar quarter, the licensee shall make an investigation to identify the causes for such releases, define and initiate a program of action to reduce such releases to the design objective levels listed in Section 2.4, and report these actions to the Commission within 30 days from the end of the quarter during which the release occurred.

2) Maximum Permissible Concentrations (Micro curies /ml) a.

Fission and Activation Gases Kr - 85 3.0 E-07 Kr - 85m 1.0 E-0/

Kr - 87 2.0 E-08 Kr - 88 2.0 E-08 Xe - 133 3.0 E-07 Xe - 135 1.0 E-07 Xe - 135m 1.0 E-06 Xe - 138 1.0 E-06 Ar - 37 1.0 E-04 b.

Iodines 1 - 131 1.0 E-10 I - 133 4.0 E-10 I - 135 1.0 E-09 c.

Particulates, Half-Lives > 8 Days Sr - 89 3.0 E-10 Sr - 90 3.0 E-11 Cs - 134 4.0 E-10 Cs - 137 5.0 E-10 8a - 140 1.0 E-09 La - 140 4.0 E-09 d.

Liquid Effluents Sr - 89 3.0 E-06 Sr - 90 3.0 E-07 Cs - 134 4.0 E-05 Cs - 137 2.0 E-05 I - 131 3.0 E-07 Liquid Effluents (Cont.)

Co - 58 9.0 E-05 Co - 60 3.0 E-05 Fe - 59 5.0 E-05 Zn - 65 1.0 E-04 Hn - 54 1.0 E-04 Cr - 51 2 0 E-03 Zr - 95 6.0 E-05 lib - 95 1.0 E-04 Mo - 99 4.0 E-05 Tc - 99m 3.0 E-03 Da - 140 2.0 E-05 La - 140 2.0 E-05' Ce - 141 9.0 E-05 Eu - 154 2.0 E-05 Be - 7 2.0 E-03 Ru - 106 1.0 E-05 A9 - 110m 3.0 E-05 Sb - 124 2.0 E-05 Sb - 125 1.0 E-04 Co - 57 4.0 E-04 Xc

'33 3.0 E-06 Xe - 135 3.0 E-06 Ar - 37 3.0 E-06 Kr - 85 3.0 E-06 5-

3rd Quarter 4th Quarter E Beta E Gamma E i'et a E Gamma

3) Average Energy (E) 0.197 Mev 0.053 Mev 0.200 Mev 0.051 Mev l'or Fission and Activation Ganes Measurenents and Approximation of Total Radioactivity

4) a.

Fissinn and Activation Gases: An in-line G. M. detector monitors stack ef fluent. das samplI.9i are collected on the stack and are sent to a off site lab for low level fission and activation gas analyses.

b.

Iodines: Continuous in line charcoal filter on main stack effluent.

Charcoal filters are then analyzed for iodines, c.

Particulates: Continuous in line particulate filter on main stack effluent.

Particulate samples are then counted for Gross 8-7 Ueckly samples ane sent to a off site lao for analysesof Low level ganau emitters.

A monthly compcsite is nude from tnese weekly sanoles. The omnthly composite is checked for gross alpha and 89Sr. 90Sr.

d.

Li_ quid Effluents:

In line-scintillation detector monitors waste liquid being released.

Prior to discharge a sample is taken.

Principal ganmu emitters, gross 8-2 and tritium analysis are performed. Weekly composites are prepared and sent to a off site labortory.

Principal gamma emitters are deteriained. A monthly composite is made from the weekly sampics.

Gross Alpha 895r and 90Sr are determined. One batcn sample per month is sent out for determination of dissolvedand entrained gases.

5)

Batch Releanes a.

Liquid

1) Number of batch rel ases:

6.20C+0!

2) Total time period for batch releases: 6.51C+02 Hours

3) Maximum time period for a batch release: 2.82E+04 llours

4) Average time period for batch releases: 1.05E+01 ours H

5) Minimum time period for a batch release:6. 08 E+ 00 Hears

6) Average stream flow during periods of 1.58E+04 Cobic reet release of effluent into a flowing per second stream:

b.

Caseous _

1) Number of batch releases: 3.50E+01

2) Total tice period for batch releases: 9.33E+02 Hours

3) Maximum time period for a batch release: 6.62E+02 Hours

4) Average time period f or batch releases:2.67E+0} +1iours

5) Minimum time period for a batch release:2.00C+00 Hours

6 A_bnormal Releases None CONNECTICUT YANKEE EITLfJENT AND WASTF DISPOSAL SEMI-ANNUAL REPORT

- 1978 GASf 0US EFFLUENTS-SU".MATION OF All RELEASES UNil QUARTER QUARTER EST. TOTAL 3rd 4th ERROR 2 A.

f!SSION & ACTIVATION GASES

1. Total release Ci 2.13 E402 7.32E+02 1.40E+0!

2. Avera_ge release rate for period uCi/seC

2. 68 E4 01

9. 21 E4 01

3. Percent of Technical Specifica-7.75E-01 2.72E+00 tion limit B.

10 DINES

1. Total iodine - 131 Ci 5.22E-04 1.03E-03 1.32E+01

2. Average _r_olease rate for oeriod uCi/sec 6.57E-Os 1.30E-04

3. Tercent of Technical Specifica-tion i;mit 2.611:-02 5.15E-02 C.

PARTICULATES

1. Particula tes with L;1 f- :..es

> 8 days Ci__

5.361:-04 9.88E-05 1.46E+01

2. Average releas rate for period uCi/sec 6.74E-n3 1.24E-05

3. Percent of Technical Specifica-3, g 3 g4 gg 1,g7g_gi tion

4. Gross alpha radioactivity Ci

<3.0 E-16 <3.00E-16 0.

TRITIUM

1. Total release Ci 1.RHE+nl 1.57E&O1 7.80E+00

2. Average release rate for period uCi/sec

?.17E+00 1.98E+00

3. Percent of Technical Specifica-4.82E-02 4.03E-02 tion limit CONNECTICUT YANKEE EFFLUENT AND WASTE DISPOSAL SEMI-AN?tVAL REPORT

- 1978 GASEOUS EFFLUENTS - M1XED MODE REIIASE CONTINt!005 MODE BATCil MODE NUCLIOES RELEASED UNIT 3rd QUARTER 4 t li QUARTER 3rd QUARTER 4th QUARlER

1. FISS10tl GASES K ryp ton-8_S Ci 5.56E+00 2.06E+01 6.26E-01 2.78E+01 Kryp ton-85m Ci

<1.00E-04

<1.00E-US 2.04E-01

5. 41 E-01 Kryp ton-87 Ci sl.00E-04

<1,00n-05 J. > b t-01 9.62E-01 l

_K ryp tor-8 Ci

<l.00E-04

<1.00E-05 3.66E-01 1.06E+00 Xenon-133 Ci 9.95E+01 1.96E+02 9.63E+01 4.24E+02 Xenon-135 Ci

<1.00E-04

<1.00E-05 1.25E+00 3.18E+00 Xenon-135m Ci

1.00E-04

<1.00E-05 1.31F-01 3.81E-01 Xenon-138 Ci

<1.00E-04

<1.00E-05 4.46F-01

1. 52L+00 0thers(specif3 Carbon-14 Ci 3.25E+00 1.75E+01 4.54F-02

1. 85E4 n t i

~

3H Ci 1.88E+01 1.55E+01 6.35F-03 2.03E-01 Argon 37 Ci

<1.00E-04

<.<4.00E-09 3.48E-02 1.07E+00 Ci

<l.00E-04

<1.00F-05 9.57r_03 2.24E-03 Arnon 41 Xenon 131M Ci

<1.00E-04

<l.00E-05 5.50E+00 1.78E+01 Xenon 13 3?f Ci

<1.00E-04

<1.00E-05 9.93E-02 2.50E-01 Xenon 137 Ci

<1.00E-04

<l.00E-05 3.95E-02 4.04E-01 i

~

1.27E+02 2.50E+02 1.05E+02 4.98E+02

_,3le talf u r Pm-ina f

I I_od_i ne-131 Ci 5.22E-04 1.03E-03 i

lodine-133 Ci

<l.00F-10

9. 91 E-0 5 lodine-135 Ci

<1.00E-14

<l.00E-10 lotal' for period Ci 5.72F-04 1.13E-03

3. PARTICULATES Strontium-89 Ci 3.86F-07

<3.00E-i5 Strontium-90 Ci 2.91F_07 3.28E-08 Cesium-134 Ci 1.51E-07 4.08E-05 Cesium-137 Ci 8.01r-07 4.s5E-05 Barium-lanthanum-140 Ci

<l.00E-13

<1.00E-13 cerium-144 Ci

<7.00E-14 1.08E-06 cobalt-60 Ci 1.17E-05 8.81E-06 Manfaney -54 Ci

<7.00F-14

<1.00E-14 Ci

<, Onr-14 L 56F-07 cobn1t_-58 Cerium 141 Ci

<1.00E-11 3.75F-07 Ruthenium 103 Ci

<l.00E-11 3.41E-07 Ci

<1.00E-Il 1.57E-06 7.irconium/ Niobium 95

Reported under continuous mode CONNECTICUT YANKEE

[ F TLUErli t'd WASTE O!SPOSAL SE!!!- A!;fiUAL REPORT

- 1978 LIQUID Ef f tUE!iTS-SUK"ATIO.'l Or ALL RELEASES Utill QUARTER i QUAk i f.R LSI. TOTAL l

3rd l

4th EPROR '.

_j A. f!SSl_0'i A'0 AC,TIVATIO'l PRODUCTS

1. Total release (not including tritium,21ases, alpha)

Ci R 74E-02 3.09E-02 1.15 E+ 01

2. Average diluted concentration during periori pCi/ml 4.48E-10 1.62E-10

3. Percent of apglicable limit 8.74E-01 3.09E-01 B. TRITIUM

1. 3 8 E+ 0 3 3.55E+00

1. Total release Ci

1. 41Em3

2. Average diluted concentration 7.26E-06 duringje riod uCi/ml 7. 7 4 v n t,

3. Percent of appo_l,icable limit i

2.41E-0j 2.42E-01 C. DISSOLVED AfD ENTRAlftED GASES

1. Total release __

Ci 8.03E-02 7.04E-02 1.8)E+01

2. Averaqe diluted concentration 3.71E-10 durinh ceriod pCi/ml 4.12E-10

3. Percent of anolicable limit g

1.38E-02 1.23E-02 D. GROSS ALPHA RADI0 ACTIVITY

1. Total release Ci 8.01E-06

<7.00E-08 S.00E+00 E. Volume of waste released (prior to dilution)

Liters 1.68E+07 1.04E+07 3.00E+00 F. Volume of dilution water used during period Liters 1.95E+11 1.90E+11 2.60E+00 CfNNECTICUT YANKEE Effttl Erit Af;D WASTE DISPOSAL SEril-A'iflUAL P.EPORT

- 197a L_IQUID EFFLUEllTS CONTINU0ti!<0DE BATCit PODE I;CULIDES RELEASED UNIT QUARTER QUARTER QUARTER QUARTER 3rd 4th 3rd l

4th Strontium-89 Cl 1.035-04

<4.00E-08 5.90E-05 3.56E-04 Strontiem-90 Ci

).33E-04

<3.00E-06 2.69E-05 1.nE-u4 Cesium-13 Ci 7.23E-04 1.52E-03 2.14E-02 6.64E-01 Cesium-1 Ci 5.89E-03 1.53E-03 2.48E-02 3.79E-03 10 dine-i.,

Ci 2.84E-03 7.52E-04 2.26E-03 3.18E-04

~

Coba l t-58 Ci 7 3.00E-08

<1.00E-08

'). 4 5 E-0 3 3.62E-04 Cobalt-60 Ci 1.01E-02 1.95E-03 1.35E-02 6.32E-03 Iron-59 Ci

<5.00E-07

<5.00F-07

<5.00E-07 linc-65 Ci

<5.00r-07

<5.00E-07

<5.00F-07

<5.00E-07

~

_lja nga r.es e-51 Ci I <2.00r-OR

<1.00E-08 1.45F-04 2.15E-05 Chromium-SI Ci

<5.00F-07

<5.00E-07

<5.00F-07

<5.00E-07 Z i rco n i um-n i ob i'na-95 Ci

<4.00F-OR

<1.00E-08 3.45F-04 1.00E-04

,1jo,1y bd enum-9) l Ci

<5.00E-07

<5.00E-07 lechnetium-99n 4

Ci

<5.00E-07

<5.00r-07

<5.00E-07 hurlum-lan;nanum-140 Ci

<1.00F-06

<1.00E-07

<1.00F-06 7.32E-04 Cerium-141 Ci

<2.00F-07

<l.00E-07 9.33F-05 1.05E-03 Europ_iun-lbs Ci

<5.00F-07

<5.00E-07

_Be_ry M u'p-/

Ci

<5.00F-07

<5.00E-07

<5.00F-07

<5.00E-07 Cerium-lF, CT

<5.00E-07

<2.00E-07 8.71F-04 2.3bE-04

_R_u th enium _103 Ci

<2.00F-07

<5.00E-07

<5.00E-07 4.53E-05

_S i l ve r-l_l Cm Ci

<5.00F-07

<5.00E-07

<5.00F-07

<5.00E-07

_Ah t ir.onv-l fi Ci

<5.00F-07

<5.00E-07

<5.00F-07

<5.00E-07 Antimony-125 Ci

<5.00E-07

<5,00v-07

<5.00E-07

<5.00E-07 Cobalt-67 C_i

<5.00E-07

<5.00F-07 Ci

<5.00E-07

. Iodine-l g '

Total for Period (above)

Ci 2.04E-02 5.75E-03 6.70E-02 2.51E-02 Xenon-133 Ci

<1.00E-05

<l.00E-05 7.52E-02 6.31E-02 Xenon-135 Ci

<1.00E-05

<1.00F-05 2.59E-03 7.24E-03 Argon-37 Ci c5.00F-08

<l.00E-08

<6.00F-00

<l.00E-08

_K_rypton-85 Ci

?.29F-03

<2.00E-09 2,01E 04 1.03E-04 Tritium Ci 8.35E-01 j l.75E+00l 1.41E+03 1 38E+03 l

S01ID WASTE AND T RRADI ATED FUEL SilIPMENTS A.

SOLID WASTE SilIPPED OFFSITE FOR BURIAL OR DISPOSAL (NOT IRRADIATED FUEL) 6-MONTil EST. TOTAL 1.

TYPE OF WASTE UNIT PERIOD ERROR %

a.

Spent resins, filt(

m3 8.49E+00 sludges, evaporator i 1.0 E+01 bottom, etc.

Ci 4.82E+01 b.

Dry compressibic m3 7.25E+01 Waste, Contaninated i 1.0 E+01 equip., etc.

C1 2.61E-01 c.

Irradiated compcnents N/A N/A N/A 2.

ESTIMATE OF MAJOR NUCLIDE COMPOSITION (BT TYPE OF WASTE) a.

Co-60

8. 00 E+01 l Co-58 1.00 E+01 Cs-137 0.50 E+01 Mn-54 0.50 E+01 b.

Co-60 8.70 E+01 Co-58 5.00 E+00 Cs-137 4.00 E+00 Mn-54 4.00 E+00 3.

SOLID WASTE DISPOSITION NtrMBER OF SilIPMENTS MODE OF TRANSPORTATION DESTINATION Truck Barnwell S.C.

5 B.

IRRADIATED YUEL SilIPMENTS (DISPOSITION) - None OFFSITE DOSE ESTIMATES In accordance with the requirements of Section 5.6.1.b of the Environ-mental Technical Specifications and Regulatory Guide 1.21, the off-site dose to humans from the gaseous and liquid radioactive effluents of Connecticut Yankee have been estimated.

These estimations are performed using measured effluent data, measured meteorological data, and calculational models developed by the U.S.

Nuclear Regulatory Commission.

The dose estimates generally tend to be conservative due to the use of conservative assumptions in the calculational models. More realistic estimates of the of f-site dose are obtained by analysis of the environ-mental monitoring data.

A comparis,on of the doses estimated by each of the above methods will be presented in the Annual Radiole.gical Environ-mental Monitoring Report due to be published March 31, 1979.

1.

Dose Models a.

Airborne Effluents Maximum individual and population doses due to the release of noble gases, radioiodines and particulates were calculated using the computer code GASPAR(1). The code uses the semi-infinite cloud model to implement the dose models of U.S.N.R.C. Regulatory Guide 1.109 (October,1977).

The values of average relative ef fluent concentration (X/Q) and average relative deposition (D/Q) used in the CASPAR code were generated using a meteorological computer code which implements the assumttions given in Section C of NRC Regulatory Guide 1.111, " Methods for Estimating Atmospheric Transport and Dispersion of Gaseous Ef fluents in Routine Releases from Light-Water-Cooled Reactors".

Releases from the CY,175 foot atack were considered as a mixed mode release (partially elevated and partially ground). The Pasquill stability classes were determined using the temperature gradient between the 33 foot and 196 foot levels of the meteorological tower.

The GASPAR code was run separately for continuous releases (building ventilation) and batch releases (waste gas tanks).

The resulting doses were then summed to determine the total dose. b.

Liquid Effluents Maximum individual and population doses due to the release of radioactive liquid effluents were calculated using the computer code LADTAP( ).

The code implements the dose,models and parameters given in Regulatory Guide 1.109 (October 1977).

2.

Results a.

Airborne Effluents The calculated doses are ;.csented in Table 5.1.

For population doses, the GASPAR code calculates the dose to the whole body GI-tract, bone, liver, kidney, thyroid, lung and skin from each of the following pathways:

direct exposure from the plume, direct exposure from ground deposition, inhala-tion, vegetation, cow's milk and meat.

The values presented in the attached table are a total from all pathways, but only the whole body, skin and thyroid dose are presented.

_(_

For the maximum individual, the GASPAR program calculates the dose to the same organs listed above for the following pathways:

direct exposure from the plume, direct exposure from ground deposition, inhalation, vegetation, meat, cow's milk and goat's milk. The doses are calculated for adults, teenagers, children and infants separately. Unless otherwise noted in the table the doses given are for adults.

For the plume, ground deposition and inhalation pathways, the maximum individual dose is calculated at the offsite location of maximum decayed X/Q where a potential for dose exists.

For the vegetation pathway the maximum individual dose is calculated at the vegetable garden of highest depleted X/Q.

For the meat, cow's milk and goat's milk pathways, the calcu-lated dose is included as the maximum individuals dose only at locations and times where these pathways actually exist.

Doses were calculated at the cow farm and goat farm of maximum deposition. The doses presented in Table 5.1 are the maximum doses observed.

b.

Liquid Effluents The calculated doses are presented in Table 5.1.

. The LADTAP code performs calculations for the following pathways:

fish, shellfish, algae, drinking water, irrigated food, shore-line activity, swimming and boating. At Connecticut Yankee, the algae, shellfish, drinking water and irrigated food pathways do not exist, and thus only the other pathways are included in the totals given in Table 5.1.

Doses are calculated for the whole body, skin, thyroid, GI-LLI, bone, liver, kidney, and lungs.

Table 5.1 presents the doses to the whole body, thyroid, and the maximum organ dose, which in all cases was to the liver.

The dose to all other organs was less than that given for the liver.

Calculations are performed for adults, teenagers, children and infants separately. Unless otherwise noted in the table the doses given are adult doses.

3.

Analysis of Results The doses are well below permissable levels and are of no signifi-cance as far as effects on the general population. For perspective, the average whole body dose to an individual from natural background radiation in the vicinity of Connecticut Yankee is about 40 millirem (3) for a six month period as opposed to the average individual dose within 50 miles of the site of 0.00007 millirem from gaseous effluents and 0.00054 millirem from liquid effluents during the report period. The maximum individual dose of 0.11 millirem from gases or 0.37 millirem from liquids is less than one percent of the background dose.

REFERENrES (1)

GASPAR Dose Code, K. F. Eckerman, Radiological Assessment Branch, U.S. Nuclear Regulatory Commission, Wash. D.C. - Revised 2/20/76.

(2)

LADTAP - U.S. Nuclear Regulatory Commission; Washington, D.C.

(3)

Does not include an average additional dose of approximately 30 mren due to internal radiation, fallout, etc.

TABLE 5.1 0FF SITE DOSE ESTIMATES - 1978 CONNECTICUT YANKEE A.

Airborne Ef fluents Units Jul-- Sep Oct--Dec 1.

Maximum Individual Dose Millirem 5.1(-2) ((a) (b )

6. l(-2 ) (e}

a. Whole Body 1.4(-1) b)

1. 8 (-1) (")

b. Skin

c. Thyroid

5. 8 (-2) (C) 3.3(-2)(f) 2.

Population Dose 0-50 Miles Person-Rem

a. Whole Body 6.6(-2)

2. 0 (-1)

b. Skin 1.2(-1) 6.5(-1)

c. Thyroid 9.l(-2)

2. 5 (-1) 3.

Average Dose 0-50 Miles Millirem

a. Whole Body 1.7(-5) 5.3(-5)

b. Sein 3.2(-5) 1.7(-4)

c. Thyroid 2.4(-5) 6.6(-5)

B.

Liquid Effluents 1.

Maximum Individual Dose Millirem

a. Whole Bady

2. 7 (-1) (d) 9.9 (-2) (d) 3.7(-1) 1.4(-1)

b. Max organ (liver)

c. Thyroid

7. 5 (- 3 )

4. 5 (-3) 2.

Population Dose 0-50 Miles Person-Rem

a. Whole Body 1.5(0)

5. 7 (-1)

b. Max Organ (liver) 2.6(0) 9.5(-1)

c. Thyroid 3.8(-2)

2. 7 (-2 )

3.

Average Dose 0-50 Miles Millirem

a. Whole Body 3.9 (-4) 1.5(-4)

b. Max Organ (liver) 6.8(-4)

2. 5 (-4 )

c. Thyroid 1.0 (-5 )

7.1(-6)

(a) 5.1(-2) = 5.1 x 10-2 (b) At a location 0.3 miles NNW (c) Child thyroid dose at the vegetable garden of highest X/Q - 0.4 miles NNW (d) Teenager dose--all other doses are adult doses (e) At a location 0.4 miles NNE (f) Child Thyroid dose at the vegetable garden of highest X/Q - 0.9 miles NW

_ 1

_ E G

A P

L i

0 0

1 3

9 4

o 6

5 2

7 1

2 1

O L

2 S

2 1

2 2

1 A

_. 8 1

_ /

6

_ 2 C

/

0 1

1 0

0 0

0 C

0 0

O 0

0 C

0 0

C 0

0 G

0 2

5 k

T

/

i G

t w

-GN 0

t 1

0 i

N 2

v 0

0 C

0 0

C 0

0 v

0 0

C 0

0 C

0 f,

C i

1 I

r T

U 5

D 5

1 1

a d

K T

t n

S T

0 I

J.

U r

5 1

0 0

0 C

C 0

0 0

C 0

0 C - 0 Y

C C

C

/

1 N

t t

0 T

U R

1 C

1 L

t N

E P

b L

R C

)

6 P

k

/

T G

LL N

N t

1 C

0 C

C 0

0 C

C 0

0 C

0 0

u- 0 U

I T

f.

t t

3 I

L t

k T

J A

L d h

i A

T w

's.

i Y

L b

T E

I D

1 5

C s

L P

L f

I

't i

i W

S

=

2 u

O A

T

[

r s

e 0

0 C

0 0

6 0

L v

0 0

C 0

0 u- 0 P

1 5

D t

t 5

A

/

O u

A 6

o.

w A

N H

o U

(

T H

0 5

t L

G L

I E

t o

M H

b C

T u

U C

L x

b N

c N 5 A t

F t

E J

t k

O 6

ra i

l I

t 5

F-E C

T ; r i

5 v

0 0

C 0

0 C

0 0

C 0

1 7

0 0

& - 6 M.

A. / 'L M

r 7. -

4 r

D t

f s

d Y

l M

1 b

a K

u 3

/

t e 0 4

r, D

i

, 0 t

t L

u L

U t

T P

, e. t 3

L 1 :

i A

- S v.

t t

t 3

i v

0 C

1 4

1 0

1 s

4 0

0 1

0 s - O

- b A

w

,. L i

r 1

2 2

1 1

e

~

e.

~

l

-> C M

a

/

. =

1 s

t l

f.

t L a

eL 7 y h

5 l A R

t

t. i H

1 L

t 1

0 0

t 2

6 5

G 6

6 1

1

- C Y

C s

. N f

2 1

A W=Ti 4

1

- 1 V

Y I

Y M

LI f

1 0

, L C

t t

v!

- I t

t e T

r v

A 1

A rr4 T i

f 6

1 r

1 S

l

~.

u N

4 t-eI t'

0 A

v L

nt t

rT L

t t

I 1

V w

H w

C I

rA I

T i

t L

E E

c T;

5 W

n, N

N t

L t

r T

- AU t

L w.

N L

L S

t 5

S t

E l

S w

n N

S

t V. I L

- A t

E t

L P LSl T S

h L

I tA AA A

I L

O WDPJD r

D A

N

wNl

^

O O

5, 9

2

. E G

A

. P L

1 1

0 1

2 8

9 5

7 8

3 6

3 C

1 0

L 1

1 1

3 I

A 8

7

/

6 1

2

/0 3

1 RE 1

TE C

v 0

0 0

0 C

0 5

M 2

W

-C T

/7 O

G LW 7

-G R

N E

P 0

t r0 S

C 0

0 v

0 0

0 v

0 0

C_0 t

2 L

0 0

N

'.c 1

G.

M O

I r,.

T t

i.

0 5

h 1

v.

s I

f K

T 1

r-0 S

I

?.

l'

?

v_0 A

1 L

0 0

0 C

0 0

C 0

0 O

0 0

Y H

7 s.

C 1

N t

R 0

O T

u E

1 I

C T

N t

E A

U k

L.

@Cb.

F R

/

t F0 0

(

0 0

C 0

C s

0 0

u 0

0 T

N N

T

_ 0 i

1 O

I T

N g,-

t t

3 t

I U

A T

J A

h 1

Y L

+

/-

A T

[. U

[

T t

I

'L 1

g C

b L

n t

I w

e

=

C i2 T.

t r

7 L

t u __ 0 n8 O

0 C

v 0

0 0

C 0

0 t

0 0

P T

t D

d L

t y

M

/.

C U

A 6

t A

e r

L U

A E

c T

M J

5

-r T

s L

i t

M C

T M

n -

L t

l C

C R

L a

t.

s aA r

t t

t C

n cTE r

o 5

TCF t

i i

i e_0 r

E D

A E

A O

M O

0 0

O 0

0 0

C 0

1 c

1 C

=

1 r4 D

N7 I

T M 7 'l A

N s

5 Y

I i

n t

5 3

L l

oC

'J y

L v

E I

L' t

t T

C E

U a

L,

't

. t 3

T L T

A L

U T

m

. - N r

J u

C 0

s 0

1 a

G 0

u 3

o e

s _ v J L I

i 1

1

_ S l

JL N

U o.

2 w

3

/

=

1

~

L L

5' uA 7

i. L

< V t

5 1

1 A R

i LtL

^

_ 6 T

1 I

1 0

I 2

7 5

7 t

a 2

u J

1

. _ 1 r

F L

aT l

1 1

sN T

f Y

1 r

5 m

l

. a 1

r Li 7

0 t

t L re L

vl

- t I

+t A';

=

i

~ - A l

r n

t iI i

T thS ml 3

t I

F N

t-5 1 a v T

'A L

U V

L s

Ldt t

A E1 L

l eA T

t E

t t

E w

n w

a m

W C

N t

r T. i h i T L

n N

N t

a S

t S

t s

t w

M.

l u U

t t

't a

S w

r N

b J

- A t.

t i

T L S

k L

I t 4AA A

l L

O WUP vD F U

A N

h w' t

j i

_ 3

_ E

_ G A

P L

1 0

0 4

4 5

2 2

9 4

6 1

3 7

4 1

L 1

2 2

2 1

1 3

2 A

6 7

/

6

_ 2 C

_ /

0 3

1 R

t 1

i t

0 G

0 0

C 0

0 C

0 0

C 0

0 G

0 0

C 0

M 2

S w

T

/

G o

M w

-G t

N f

C.

I t-C 0

d N

2 u

0 0

C 0

0 C

0 0

C C

0 G

0 0

i 0

t, C

y I

g 1

T g

F O

5 u

t 1

7 l

A T

1 r=

0 S

I D

5 A

1 C

C 0

0 G

0 0

C 0

C G

C 0

v 0

Y M

o.

C T

1 N

E g

0 T

t t

1 2

I C

T N

E y

U P

t

/

V. b r

F 7

T T

(C N

N 1

C C

0 t

C 0

v 0

0 i

0 C

a 0

C c

0 i

r I

T M

h,.

t C

1 U

A

r. J.

r r

T J

A T

t i6

/

A 1

M T

Y L

S l

F

-s 5

4 I

O 1

G c.

L F

t L

a t

=

7!

i2

?

n e

T I

t T

1 8

c C

0 i

0 0

C 0

C v

C O

C 0

0 t

0 e

7 S

D E

t u

/ -

U A

o.

w i

f e

N r

L t

4 t

t L

T N

2 5

1 L

I t

1 U

S C

T M

M L

r M.

E U.

C C

n t

t NSA u

r A

k

'L I t w

C C, Y t

5 E

l I

t t

U T

A L

M 5

C C

0 v

1 0

a 0

C G

0 0

3 0

C t

5 e

s A

N 9

N s 5 4

t*.

f A

N I

Y I

1 n

'n

r r -

3 N

/

e t',

c o

T sC L

2 t

r E

u s, d i

F P

c T d T

3 ri U

i A ' N t-3 u

C 0

1 G

i >

o d

d 2

9 2

b

t.

C l

l 1

1 v

JL l

6 3C m

C 1

w s

/

t =

1 e

b J L

t

e. A

- S 2' S iV 1 I t

1 L t. t L

f t

C e

2 3

4 7

l 1

i 0

U i

2 f

9 3

7=L v.

F si t

1 1

ou I

1 6

A 5

Y l

2 1

v m

T 1 f

LI e,

t 0

t A L U

r d,

vl

- I

- wt T

5 E L I

A T.

iI I

tt bcI 3

F.

e l

I t

L t

t.

1 u

rU L

r v

T v

t t

tnA i T

[

t t

W W

a d

a C

l T

L l

A sU U

C N

M t

s S

t 5

S S

d N

N N

M t

t c i. ~. A

4 t

r L

E t

S W

w N

S O

L S' TT t

n t t A AA A

L J,

wOPDD P

O L

A iNOI

10/Z 6 /78 PAGE 4

Li?.N YANP.tt P40C L e t M PC.E* 5TaTICN / UNIT 1

}

hitas SPErD/w1No bikECTIUN/STAelLITf JLlN1 F F.Ecuf NC Y DI ST K 150TI CN K!r.r Ltytm 377T UdtlA I I N i t *. v t. L 8

li' JJ tI L4LTA T PA! :UILL tlAtlLITY wt A t St

/ LL 4 L Lt i r n *.lN A l l gN M i l M L'L'

=

ah,. s T-

- i svu 4.a w, as -., s sti s ; /7n a s

LAlA ALsUIL111LN INILKVAL MANLith 02-13 CP ttCM MLilk

=

PAtarit.L 3tR: 1 TIT r r '-- utITA I L E37T H AT t,n ECUAC T-U.'37NNEKTIR THUT -R, UEG C PE M CO 7ETEE) 1 artta A.4

. ticks ros ; ru t ;.w DIktCTICN C.>-1.3 1.t-3.J 3.4-5.5 S.6-d.2 6.3-10.0 10.9-13.0 15.1-20.0 GT 20 1 ALL

~i":t t

t v

t u

C v

v c

NL 1

0 0

0 1

ENi 2

2 0

C 0

0 0

0 O

w o

u v

0 10

- ~

c o

ESL LL 4

0 0

C C

0 0

22 I

N ti 11 3

0 C

C 0

14 w

I t

c c

c v

C'-

18 71; T4 L

10 1

0 0

16

$5W

.'s

+

0 0

C C

C 0

32 n

ii C

s t,

w v

v I3 W5W 11 O

O C

0 0

0 15 W

20 7

1 0

0 0

C 0

28 a

x A

C C

O v

v 61-Na 1%

o 0

0 C

0 0

0 27 NNd

/

U C

C 0

0 0

0 2

v t

c c

t t

C 0

=

12 al 2

u C

C 0

0 ALL SELICK W.7P--Y tri e.5 t txV t l it"l -

.?T

,.JM'W'AT.M 3~t Wa LT L W /5t'.,i IC frJE tX-'M it t-1TJ WO/W! -

v

m m

a w

_ 5 m

_- E

. G

. A P

L 3

5 0

3 8

6 9

8 9

7 9

1 6

3 0

T L

2 1

4 3

2 2

3 6

0 6

4 2

A 1

1 8

7/

6 G

2/

C 5

1 R

E 1

=

T E

0 i

0 0

C 0

0 C

0 0

0 O -

0 M

2 sw W

/

T G

0 n

1 R

t E

N 1

P 0

C 0

0 t

N 2

C 0

0 C

0 0

C C

0 v

0 0

C 0

0 T

n C

I

?

1 r

7 T

M U

5 1

B I.

J C.

A n

T 0

S W

I 5

D K

1 C

0 0

C 0

0 C

0 s

0 0

C 0

0 C _ 0 Y

P r

9 C

T 1

N E

M 0

T U

1 1

O

(

1 t

r h

A i

u R

t' D. e F

K E.

i

/

t T

C0 C

0 0

C 0

C G

C 0

0 C

0 0

^s

_ C t

N N

3

t. 1 c

I T

N e

t I

O s

2 1

T J

A n

A T

r6

/

2 M.

I Y

L r

S T

E I

C C

t R

L i

I.

c t

=

C.

i2 f

t C

e T

i P

T ms C

C C

C 0

0 G

0 0

C 0

1 L

C 0

w. 1 r

S D

F t

v W

/

U U

A c.

t A

N i

MS r

C t

t C

i H

e L_

5 I

t t

(

T M

M C

M t

u C

e'J

,. A t

N E

r,.

R f

z t

. 5 f.

D T.

t I

l r

C

. F A

rU P

5 C

0 0

i 0

0 G

1 0

C 0

0 L

0 0

C _ 3 t

t A

/. J T

N D

A N

I..Tt T

4 r

t.

Y l

I

.P-a e

n 3

/

t r. C T

v N

D i

L.

L r

s5 1

t L

o P

t S

IS T

A 3

L i

F *

- N r

J v

0 2

o 3

C s

1 3

2 1

1 w _

1, D

+

N 3, L A.

t 1

1 1

_ 0 a

_ 1 o.

~ L F

c l

a

/

z -

1 r

L C a wA l.

t s V 1 A d

1 1

L

%i i

1 1

s 5

6 6

1 a

s 3

v

,.i 1

a?

t 1

1 e

J 2

m a t

C T.

t

. /

s 7

7 J

r1 w

. 7 Y

I Y

1 3

r 1

1 L1 N

i C

t f L

'l t

t V]

- l i

s*

i n

t t A l

i l r

LTs i

. S i

t i

n

.I N

s t-t I

. U t

U e

v L

. L v

I L

- C t.

I

?

d w

W W

C t

t E

t 6

W %i t

1 e A I

T u

r

+

- A v t.

L h

N N

h t

L S

S S

3 t

t L

u uI uA c

E t

t W

n N

S

L LTT 5

P wOMKA

! l A

I L

'. D P

U L

.e A

t iN&

)

i M

e.

4 4

6 E

G A

P L

7 0

6 6

1 2

3 7

6 4

3 5

2 3

3 L

1 1

6 2

1 1

A 8

7

/

6 v

2

/

0 s

1 RE 1

T E

0 v

0 0

O 0

0 C

0 0

C 0

0 L

0 0

0 _ 0 3

n 2

W L

T

/

L G

0 M

7b E

N 1

0 3

r w

0 r

0 1

N 2

L C

0 C

0 0

O 0

0 C

0 0

U C

0 c

N C

t I

E 1

t T

u U.

5 u

1 t

5 J

I R

m T

A 0

S I

5 D

r*

1 e

0 0

C 0

0 U

0 0

v 0

0 C

C _ 0 Y

H M

9 C

1 N

0 E

s T

U I

1 3

I C

T N.

E 3

U.

k r

v F

r, a o.

/

t 0

T C_ 1 C

0 0

C 0

C L

0 0

s C

C i

C 0

c _ 0 t

N N

t C

5-n C

I I

t I

O

- 3 t

T J

A R

/

A T

E8 C.

e M.

T Y

L S

1 L

0 1

D u

x L

r r

I t

Y W

r

=

O i2 t

P A

N e

S-mU 3

0 0

C 0

0 U

0 0

v 0

0 C

0 0

c

_ 0 T

S D

R T

w A

/

O U

A

4 e.

t N

e

't

'L T

A. C T

h u'

5 t

L.

I L

t u

tr M

n t

C-T r

A t

v L

NWC a

A L

r N

C G

L h

s t

v T2F

'A 5

r 1 3 t

i A 7C M

5 u

0 0

C 0

0 C

0 0

v C

0 G

0 0

C _ 0 o

N u

N T

A N

I I d t

M.

o u

I Y

l w

r v -

3 4

/ -

t Ec t

i O

L L

t t

c i

o s1 L

t r

e 3

d T b l

e b u T A

- N L

3 u

0 L

i 2

e 4

(

C O

0 u

0 0

. _ 3 m

_L 1

t 6

o

,L v

l n

/

.=

1 w

a t

1L

- 'r..L i A L

v t

1 A k

5 i

1 L

t c r

5 2

J l

3 2

3 2. C t

0 F

L

n. i 1

t e

t 1

1 1 _

(

f T,

=

aN I

1 f

_ c n

Y I

Y 5

r I

t T

tI h

I 0

M

- aL t

L vI i

W a.

T

?

- t t I

A t

l M

g M

i L

i A

L l'

1

(

t r

v r

A t

e v

L t T L c

1

. L t

l A

P, C

W n.

W W

'L t

E W

L-

. O t

m'_

E tJ L

S L

1 v A l

S w

t J

i L

N t

t N

t t

S n

t r,

E c

-. iL a A J

L L ;TI 7

k L

I L AK A A

l L

2 KUP gD P

u A

n b NI

'i

~

^

7 E

G A

P t

3 0

2 4

4 1

0 0

1 0

0 0

1 0

0 O

1 t

A o

7

/

6 C

2

/

C I

1 O __ 0 0

a 0

O C

0 0

0 C

0 0

0 5

2 W

/

T U

G W

-6 t

i 0

u_0 i

0 N

2 i

0 O

0 0

0 v

9 0

O 0

0 c

0 C

O 1

r I

T v

u 5

1 b

.J l

R W

T 0

d l

T_0 u

5 1

v C

O C

0 0

C 0

0 C

0 0

t 0

0 Y

9 C

1 N

5 0

C r

T L

K 1

I L

t t

T N.

t A

t' w b.

t F

t" w0

/

1 r

r. 1 0

O t

C 0

t 0

0 t

0 0

t C

0

_ 0 i

i t

r t

M 2

t I

T I

m T

a A

h r

/

T t

c6

+*

7, T

v L

e t

P T,

i t

S_

-t f

t r

T t

t I

t T

W

=

t i2 t

A t'

K c_

_ 0 md C

0 O

C 0

0 O

0 0

C C

0 C

0 0

~

T d

D n

w r

/.

P U

L.

. t.

t e

n O

^

r 5

t C

I N

S a

M b

M L

I t

C T

P M

u t

a u

L C

f-N t

N

>A A

r c

T a

U

s. E F

L.

t E

I I

T L.

U T

sF A /0 e

t G

0 C

0 0

0 u

0 0

C 0

0 G

0 0

O _ 0 M.

?

N; t

3 Ml 4

a I 75 f

- 1 A

M?-

a t

3 e

/

t t G

(

L T

L T 5L L

t t

C t

L eS T

P

,L e

3 d

T 5 T

F S L

i a

A - n t 3

v L

0 1

C 0

o 0

0 o

0 0

0 e

_ 1 1

w 3L i

t L

J L m

U 0

w

/

. a 1

n

's L

0 t, a A e

t 2

i v

t 5

i 1 I a

T L

s. t u

i =

ru '.

s 0

1 o

0 C

0 u

- _ S f

L I

1 a

0 2

1

_ 2 A

y t.

n Y

l T

2 T

s I

r LI re i

C L

t t

M uI

- i t

-t S

l r

F.

t-r /

I A

f

~t

.S l

i tN$

I t

k t

u -

N t I 0

a L

t O

u1 Y

L

r. ut 1

I L

r E

f W

w w

C L

E S

w w

IW W.

h t

r f

T t

t.

Ys trI N

u 5

S t

L b

W N

P.

i L-u L

cr S

t f

L R %* T l

E t

.T t

x L

t L A To A t,

I

)

L t

nUP wD t

D A

te 6Noi a

3

e e

l l

i I @

uJ O r=

Q P-

<t l

(L J

J3 r*

N 4

o 41 N

4 c1 N

N eq 4

N

e 4

Ol O P-r*

4 4

14 4

I J

iq tJ 4

O te n b

.e e.e e4 es ce (J

e4 l

at

<N ee

}l t-I 10 f

t-O4 f N 2W l D

%.J e6 uJ N

O O

e4 Q

e4 1

i' Z

=

0 O

O O

'3 O

O O

4>

0 0

- ~

O O

O

(.

1 pA cJ 8

1 sa 4

- M E

O

'J.

1.

3O e e O

.] O O

8 22 Z

N

)

O O

0 0

0 O

'J Q

O iJ O

O

,J lO O

1 6

i e-o e4 B

e.

e o

3 m

+4 e4 J.e p-

.A W

W O

s ee e

3 3

n

<> 6 O e4

'J O

O

')

O C

')

O O

<3 C

O O

i D

l 1

N

')

?

i AQ en L'

e E ee aJ O

h 'J O

e4

-o cs u

D t

3 L

,' O

r. a N

e l

a

[

O O

<- 1 J 1, ~

2 2

a re LJ O

O Q

O O

's O

O '<>

O u

-

~~'.c i r le~~

~~>- N 3~~

~~'i> J D'~~

~~I is e~~

~~\\)~~

~~O O~~

~~1 o~~

O

~~.o O~~

O

~~<J C~~

s

")

Co 4,o 1 -*

~~R 1 I& l E' J) g{'~*1 A~~

i

~~(' 4 l~~

I

~~' l 4~~

O

~~s Y~~
1 8
N L
i 4
i 1
~~& g 2 L~~
l 4'4 e
e J
H I
'o
)
O -A J
~~4 JJ 3~~
l' y* T l
E r
i J 0
,J J
3 tJ
J
,J
~~t d A~~
2 W1 at L
>J T
l C
a 'JJ q
a
--e
~
1 A
i G L w
3
>=
4 L I
4 4
%C 4
J O
O 1'4 O
'd
-e O
I 1 O
rq e4 O
J l D 0
.4 3 ca 0
J=
1 2e '
I e e
% a, 1
.)
~)
}
T 4
e s-
-e MZ I
j rs:
3 I
.q x
u LJ.3 z
a
) <>
n J
3 oA u
7 1
1 e-a e-
.n
}
p
')
o i
J A /4 3
e 4
i
~~1 e~~
3 4
-4 o
1-A o
T t
r-7
.4 4
.4 i 3 4.q Q
l l 9J 6
<4 N
ee
'l t4 4
4e as 6
+1
-e 4
8 i
., o r
o g
n
.c
\\
e N
se
.e
(* n
~ l J
l h
A
.,J.
.J.
., -A Z
e e4.1 - >
el C i
-4 4
2 in 8
P-J J~
,1 e
')
o
~~a r~~
1 M y >-
t
')
. F-
_a e4 6
r-M r)
N r=
t-c
.o s
P-
~~1 17 B.~~
A tr 1 0 4J d et
'1.*
6e i
W)
N 9
)
$l 4
1 N
-4 is t)
-o
$1 A
e a4 ee
-e s4 e4 i F
~~4) 4 c~~
i e4 43
.t pa 4
e p1 LJ o
J -*
'1.']
f n a a
lJ jJ
') -e i W LB 3 is i n e-na %
l~
g.
bH
~ -
EA o **
b d
j)
~ =*
J V4 2*
.3 J
'4 ta
~~J n.1 s~~
_J $_'
7 P-c >
J 4a ;
44 e.
W
-* (L at h
e-
,a u
JJ LJ L.A
+f E
as I
w
'I J
l' L A e at 3l 61 J
1*
2
l' LJ A
A r1 A
A 3
,1 2
4!
L-i' D
D a,a
.U
.J 1
A 3
Z
~~) e-lC tt.at la 2.~~
J o e-.-
e.
J
' O e *
-* L.J 4 *(
e4 J
ee J
3 3 CL '3 3
$(
3 at Z i g
g e
i
1 E
G
- A P
L 0
0 2
0 0
8 1
0 s
0 3
7 6
7 4
a L
1 2
1 4
3 l
1 2
3 1
A
- d 7
- /
. 6 1
2 1
/0 1
1 0
C 0
0 C
0 0
C 0
0 C
0 0
0 0
0 C _ C S
2 w
/
T J
G t
7 i
fn 1
0 0
t N
2 C
0 0
C C
C G
0 0
C C
0 C
0 0
~~_C i~~
O M
1 P
I T
?
U t
W 1
I 5
M h
T t
0 b
T l
t l
W s
a_C 1
0 0
0 C
C C
U 0
0 C
C 0
0 0
Y 5
C 1
N t
e 0
t 1
1 W
T t
I t
r N
t K
~~d. 6 P~~
u
/
t
'i t
tC v
C 0
6 C
C
_ C
)
l 0
0 0
u 0
0 C
C 0
~~r. 1 t-t t~~
L 1
T l'
r 3
t I
s n
T.
J z
/
6
/
i Y.
M.
T Y
L r
S l
L l
l' 1
a t
f s
L n
~
t t
1 Y
~~i. 2 t~~
W
=
1
'L s
1 G
0 0
i 0
1 2
9 3
C 0
0 2
1 0
C _ e z6 P
l,
_ l i
U P.
t W
i o.
i t
f/.
"1 U
C k
r L
tV 5
l i
e t
J T
r L
1 t
s C
T M
H t
U C
C K
t 4
N t
N
~~A Jr r.~~
0 v
0Id r
l 1 J 5
CF t
2 1
_ 1 a
E.
U 1
NNt i 5
G 0
0 C
5 9
A 6
0
^
6 7
f 0
2 C _ 5 o
U fm.
t 1
2 s
_ 1 4
A G
f I
e P
I m
Y 1
f k * -
3 w
'a
/
L rC N
D l tC t
U t
t
~~i. s C~~
t L
f e
r
- P b t
h-3 2
. _ 0 S
T 5 T
u A -
t t
3 u
v 0
D 7
o 3
4 v
3 3
t 1
1 1
_ 7 L
N n
. L i
o.
1 1 L r
i C
w s
/
A =
1 s
S t
L iL dL sA
% L i b
U 1 A K
5 t
L L t L
i 1
0
/
t 3
1 1
3 1
3 o
3
. _ s f
i
_ a A
1 wd Y
r f
I r
5 m
s T
A T
t lI N
1 0
l L u
t
- I t
r V.
. s
!i, T
r
. A I
a r
t gta S 1.L t.
a k
t l
T l
I
~
t v
A t l 2 U L
t.
U v
L
.. C.
t I
it c
d W
n u
W t
t 6
i V
L L
nT
~~t E~~
E A u e t i
T 1
o$
N, f
m o
S W
+
N e
S S
r u
s t
S W
t t
t E
t c
A 1
TLthT t
a L
t t AtA t
i L
O
~~UP wC P~~
D A
N g
woe 3
~
~
.. 2 E
G A
P L
C 0
3 2
5 7
6 6
6 7
4 E
1 0
0 L
1 1
2 1
1 A
e 7/
6 2
O
/0 m
1 1
70 t
0 v
C O
O 0
0 C
0 0
G C
0 0
c 0
n 2
w e
T
/
c, M
G a
-G N
0 r
I t
c 0
0 N
2 0
O G
O 0
C v
0 0
0 0
0 C
0 0
vC 1
O u
M I
t 1
T s
P U
5 C
't 1
I R
C T
i i
S n-0 I
5 C
1 v
O 0
O 0
0 C
0 C
6 0
0 C
0 0
i - 0 Y
n C
9 1
N E
0 T
U m
6 1
K i
I N
s U
h r
U. 8 F
e
/
c w.
r.
T wC r
m, t 1 C
C C
i C
C L
0 C
t C
0 G
0 0
i ~
r
~ 0 i
1 T
3.
L 1
0 t
3 t
1 J
A h
4 T
L 0
/
1 Y
L r
V S
T I
n-T.
I O
S a
L K
C r
L
,e h
s
=
I. 2
-i t
L a,
t J
e 0
0 0
C 0
C 2
3 s
A 2
0 1
c5 P
T
),
s c.
7o'-
- 1 S
t fu t,,
0 u
'A o.
t 0
W t
5-t t
T h
e 5
L l
t t
6 C
T i
w C
9 a
C i.
s L
L N
t N
e
'l..
5 A
k t' 1E t
i I '
t D
T' F
F m
r 5
C 0
C t
2 3
5 3
0 i
3 2
t 6
1 - 1 M
i /0 n
r
- 7 n
J.
N3 1
1 i
I 3
M71
r.
y l
w KP -
3 t
~~t. v r a~~
/
L t
l
~~. t c~~
t i
L e
b ss i
v, l
h
. t l
3 et u
m J
C L
C 2
~~i 1~~
2 i
5 c
4 e ; - e tL.
t
- h
- 3 sL i
s i
sL M
u 6
h 1
/
s =
1 S
e J-sla 9 i iV 1 A L.
3 i
t L
t c
7 L u 1' 1
0 3
1 C
C 1
s 1
C O
3
~~- 3 i~~
- =
u4
- 1 n
v 5
Y 1
1LI e
n m
7 T
t e
A L u
t t
V
- I m
r e. l t
?
T r
h A I
CNLL!
T I S
T i
I N
W t
L T" uut CI V
t C
t L
I T
v t 1 t., I t.
A ra t
7 A T
L t
L t
L h
h a
W:
f.
C U
u C
t N
c L
5 3
S L
i
'a L
r.
?iLW1 r
A c
t a
L E
a S
h S
t
~~L 7~~
L
! L K A n
l b
L t
WUP7C v
A f
iWea 3
1 s
IC/2e/78 FAGE 3 C f.N '. Y A 'M L t.
ihjC L t A M WWi% S T AT IL PJ / tW]l I w 1 r.,
Ss t ; u/ WI'.o vi st LT lm/'.T A"I LI T Y JL!41 h t LL t NC Y I I S T R i tsVT I C N g g. yt. 7 t r r 19 ',' t t ---
- - - - ~ ~
L;t LI A 1 IN i c e. v 4 L a
1-o 3.
ri ear.ulLL Slit]LITY LLI;Li b / LL; h D: l t r M int T IUN M t T r Jt;
= O!LTA T Kr-W/LTm JM.T F T.;Cl 3
_rM 1 TRIT -
^
LATA A L,. U l : 111LN INitmV-L M itwiL L (c-15 Ut LALn Mtw s
PA t L-tt! L t-*., ) t*:1.11 Y u
utL I A-t tr u-Twar:7x ttut t -f t~-l ar-- rnti Let t Tr%--Tif ***'"1.7 DEUT PE R-1 CO- *E T ER$-
~
2Lts I nti u n
-an
.;tu:~10 DI'tLT:L4 c.:-1.5
~~1. t a. s 3.4-5.9 3.o-L.2 L.3-lC.L 10.v-15.0 It.1-;C.0 GT 20.1 ALL~~
, n' s
s C
b 17 C
v 0
C f.t 1
O O
O O
O O
O 1
C f,5 O
O O
O O
O O
3 g
g g
g 9
n g - - -.. _- - --
Ett 1
1 1
0 0
0 0
0 3
iW St 1
o 1
0 0
0 0
12 av i
g g
t u
p q
3 t
0 4
7 2
0 0
0 0
13 Eth 1
2 0
0 0
0 9
ow
^
s a
v C
C o
C 11
~ ~ -
diw 1
1 2
0 C
0 0
0 W
L D
1 C
C 0
0 0
1 vrat 3-st u
c u-u 2z-w 4
C C
C 0
1 ti NW I
9 3
C c
C C
23 t.?. 4 3
u n
y
_.3
(
g n
e ___ - -.-..
ALL L t C T L P.
11
J
~~a. 7 15 C~~
C O
C fu.-ut--v n t-! tr-t>-:
r. w e l it N-.
te r N L*.-t F-C a tm - t x d - t.Y --'t.- t * / t tt. )- =--I
-trJ.- tir-*11t d !*;t wL'/xt -
0
- - - - - - ~ - - - - -
we-m_.-*
~
e u.
e.i
~
~
~
4
. E
- G A
P L
1 1
1 3
1 0
2 3
1 1
5 8
6 4
e 2
L 1
2 2
7 1
5 3
3 6
3 2
1 3
6 S
A s
7
/
6 1
2
/
0 S
1 R
E 1
T E
0 C
0 0
C 0
U C
0 C
C 0
v 0
0 C
0 t
m 2
w
/
v T
i C
G tw I
N GN E
0 P
L 0
N 1
v 0
C C
0 0
C 0
0 C
C 0
0 C
0 vC t
O u
f 1
r I
i T
v u
U 5
S 1
2 I
R N
T 1
T-0 S
I 5
D A
1 v
0 C
v 0
0 U
0 0
U C
0 v
0 0
C C
Y H
9 C
T 1
N r
E 1
0 o
T U
E 1
I C
T A
N E
T UL i
R t
F u.
T t
/
T i
T.
b0 C
1 v
0 0
c C
C t
0 C
C 0
G 2
0 0
.- 1 E
r C
t
't l
l t
F t
3 t
u I
l J
A
/
L t t
A I
G P
1 Y
L 7
T t
3 I
U N
h e'
L r
I I
Y M
=
C i2 WT d
L-7 A
T
' d v
0 0
C G
o O
C 5
3 1
3 i
3 0
o?
- ?
t L
t' x
6 1
/
t u
A
+,
N r
o C
A t
L T
n C
5 r
C T
Mt i
E 3
M L
I r
t t
IM C
c k
A L
L
!4
> A G
tQ t
n t
S 3
F
. L L
i I
r L
D T
A w
a/&
b 9
2 - 4 W
M 3
w 3
e 1
1 e
8 5
v 9
3 t
, i l
1 2
i i
- 4 Tl 4
J.
D
- 1 A
N 1
3 Y
l 3
a
%P -
5 3
i
'4
/
t
.a n
v i
.L t
t L
e
,h i
i v
,. t T
A 3
S 1
L.
u.
i r
U A -
r r
J 2
2
<s 7
4 1
1 1
0 9
7 w
1 v-9 N
a t 1
1 T
2 1
3 1
1 2
3 I - 4 tr
- 2 7
c.
l j v M
a s
/
5 1
~
b L
, /. ;
st vb r v 5
H I A K
wt i
L, 1
6 v r 3
2 C
3 3
i 4
r a-9 T=
i is 1
2
?2 W
J
- 1 C
Y i
T
.l S.
n T
Pti f
o a T L
s L
't L
'v l I
T
- e T
f c
l A
! i s
T L
t i
xIhL
. I a
t L.
'A t
A T
V LE L
i v
T T LC L L
J W.
C w
n W
L L
i d
d O i '. 7, A I
I I
t.
r r.
L t C U
L N
N t
t t
i 5
i h
t f
t C
E L
t t
d h
m N
t
! LiTT x
L t.
A A
I L A AU L
r D
WLF A
f 0ua 7,
1
')
10/26/73 PAGE 5 u it.:
ver.ste NUCLc/* P LM r, t T el 10t4 / UNIT 1 w i r.u t u t t t,/ w 1.u ul t-L CT 1c,N/ di e n 1 LIl Y J OI:sl t-ht C UtNC Y L'I ST R ! ts U T I ON rt MJ t rv-t-19. t f----
L< t t l A I I:. I : WIL 196
-.: s el P t LL Lil L L L 6 A':illl T LLALLtd / LLAbi DtitnMIN ATIL 4 Meineu =
Uttla T rDtT*3"*mr.
... t-~~W/ *_";.. - :.
.tY"f;T W ST.
!.> t T A J L6 b]Llllt'N J;IlEVAL M il e t, T t S 00-1)
L+
EACH rivUe4
=
er ret I L L71 r-! t t i v c
..t t-a-t t.r ar-T MAN-Etttt:At-f t+--1TT AM t Rf A TirTMei. -C s Ctt t.
r tR-10L M t T t x 5 rLLU ITMt w.a rL iTC. i.u UI nt Cl !Uf4 C. ':, - 1. 5 1.o-3.3 3.4->.5 5. o-t,.2 L.3-10.5 10.5-1S.0 15.1-20.C GT 20.1 ALL rn t
.J-a u
C u
O u
C 35 r.t 1
c, 1
0 C
C C
0 21 t r.E lt 3
3 C
0 0
0 30 e
he 1/
tr C
C s
O c
$4 E5L er 23 6
C C
0 0
0
$1 b
it 14 do 5
0 0
0 0
0 77 c-tte it.
/t y
e t
C c
C
$2 5
Il 32 1
0 0
0 0
0 43 Sid 7
19 o
0 0
0 0
0 34 C
-1:s L,
C c
t vr-s t
WLA lf 5
7 0
0 0
0 0
22 w
9 v
C C
1 0
0 0
19 Nw
. 's
./
10 t
t e
e C
64 r.d 4
'l 19 2
C 0
C C
102 NW t1
/t o
c C
C e
o o3 tr n
M 7
0 C
C t-
-C t,3
- ~ - - - - - -
ALL LLClUK J * **
a ;. 0 J'
7 1
0 0
0 te u r-t-t-v e ri tt-tra 5 t w y t l i t+ i -
A Nu.--tM-t;A t.M S - t w 5%Y-C.v/ t rM -
a to.-t;r-*t it t lNVwu/wS ".
10
10/26/78 PAGE 6
~~C eK 1iAi1UN / UNIT 1 Li 4.J fANNEt NUCLtAR g~~
nlN S s t. u/ w l.u UIxcLTitfJ/S1 st1 LIT Y JLINI rkELUENCY L'ISTK1BullCf4 W! ?U ^ I. *. V1 L7 1"T T T---
^ - ' - ~ ~ ~ ~ ~ ~
UtLit i I:.T t K v: L
=
1*<
-..: ei PALsultL 'itt1Lifv CLASus / LL A:s t t re ne1Ne ilt% '4r incu = ufLTA 1
.,IT r PT...s A
.x L ru.
,1, tr d J / Sir UA1A A C lil bi llt ra ita l t h WL
~~MlfeUIL S h-15 Cr CACh Ndh P A iMf1 LC T T Ar~~
~~t.I I M~~
- n 1LITA i st 35-T HAf17Kt'ti A CW *.W Ar.7GRE AitM %..
ATS UEG C PEft ICTMETER5
.PLE.
Ae. F.L TID t' L M
~~; s, % e e L 01PtCT1oh G.9-1.5 1.6-3.3 3.4-5.)~~
3.6 o.2 o.3-IL.3 10.9 -15.0 15.1-20.0 GT 2 0.1 ALL
^,
t:tt 11 C
v C
w L
L 12
- - - - - - - ~
tJ E 13 o
0 0
0 0
0 0
13 e '.t 3
1 0
0 C
0 0
0 4
9 1
0 0
(
c C
G 10 tSL o
1 0
0 0
0 0
0 6
iW St 3
2 0
0 0
0 0
0 5
w I
~~e t C~~
v t
t e
u 3
S S
1 0
0 0
0 0
0 6
LLu 2
2 2
0 0
0 0
0 o
77 A
O u
v v
s v
3 W5W 3
0 0
C C
0 0
0 3
W L
1 C
0 0
0 0
0
?
w'**..-
tv n
t C
v G
25
~
~~f. W 14 11 4~~
O O
O O
O 27 h t.d 11 7
1 C
C 0
0 0
19
+:
1.r-c t
c 0
0 T
10-ALL S t L T L%
lLi 7
C 0
0 0
0
. rr va rhr--Wtt-4vt i-it-et
- 21.
t::.rrCF-f,s tSt t WS7 T7t.-'JFrtit-t -
to try.--tfP E!S S INC7t;/WS -
3 e
l g
e e
l I
l 1
i l
t l
JJ d
I 4 CL 4
J Q
O O
F1 4
O O
O e4 Q
M O
N
~~4 0~~
4
.J 4
D N
N D
4) e4 N
i o c4 e4 e
l a
O O
O (J
O O
<3 O
O O
O CD G
O
'J lO N
l t
si i
e N
O 1
5 10 i'
O
> el Q f3 O
2 f4 iJ O
O
.J O
O
' )
O O
iJ O
O
<s O
O O
f 4
3" b
I i
m e
i A
3 A
Os M
,1 A
O M
e l
3 A
0 O
O O
<3 O
O
'i O
O
()
O O
') l O
> l 8
6 I
tJ l
I i
ee Z
4 l
s n
O a
4 t-3 y
e4
.J l
s 6J i
u V
4 x
Ja a
J.
E
'D s
i N
e j e
{J J (J l
l P-s' g)
,4 eg a
Q Q
J O
O 4)
Q J
<1 O
O
<)
O O
,J 4 O
^
l
~~e H~~
re t i
o}
J l
.4 4
0 t
4 j
e-
)
e4 2
j sa a4 aa a 2)
N j
f.
J L
p
~~/1 J.~~
Y J
r-e 2
I
)
g ed 8"8 kJ 3
31 et E.s q-
'J P-
.e e4 13 ke
4
,J 1
k-4)
O O
e O
O
<s G
O C
O O
G
- eu I
<a O
Y t
i ti
(
L 3
J
' 4) 4 3
.a r
J
'e 4
e i
T*
r=
L pt b
l
.J a
3 A
I V
T.
I u
.J u
4 J
V j
l 2 e. 'as et
.L 4t sa p
i 4
) ed Ar s.
N
)
e.-
A
.J L
P-J J.
)
l
/
4
~~n k.~~
n U
O O
J Q
G u
O O
O O
's O
O
- I **
'.J 2g 9 2O M
i i
=<
t EFT t
~~i o~~
ye
-4 4
e e
C fbt ej
.9 N
.J o.)
K C
L
>=
r a.;
l s
.2 J
dj I d) t t u l
9-* A
>=
41
)
i 1 a O
e e
O 4 1 *
.,a n
3 J
O b
-e
^)
,2 J
-4
)
Q Q
'4
~~4 Q~~
)
8 y e
a>
.a e
s 1O E
t3 o
6 4
6 t
t e a M
8 e
4' 1
)
i
. sJ
~~4) J) i 3 A a A g~~
& 4 X
D y
t f*
t--
8 J u
[J 5
C U
e
-A O
< e o
O Q
G
~J t 1
~~r+-~~
J D >-
1 11
') Z l
l 6
,.4 k
e e >
~ F
.i e
e e
v.
e s
y Je
~~p.. a~~
~~2 h~~
o P
n' J
s g
le 6 i.
p
.a
[
4 o
e.
l j - -
~
o azo p
~~b p~~
a
'3 a
pl
.)
I
".-)
i a -. r 4
[
r J.
J s
.o 2
z
,e i
=
1 s un n
a#
J A
d (I
~~I wl~~
~~% 'I~~
~~8 E~~
E 2
2
.4 b
d r
e.I l
l, e*i 3, e
w 4
a
.c s
z e
a
)
.2, e 6-e-
.u i
.x i
J w
. a.3
't.
et J
h l
I.31
)O Mi.
3
=t v.
(
c
-. _ _ _ _ _ ~
IC/26/78 PAGE 8
(,M.
Y A ' N ! t. 40CLtAk-WU C "- t I / I ll I.
/ L' NIT 1 INL tvetV/nIND Ul kt L I IL'N/tl Ah !L I T Y JU1NT F kt LU6 NCY LISTki-UTICN e
h '
g
(
I' h[ Y
^
UtLIA I INIthvAL l v t.
- Ja rI m
n i.dl e t Sli t. l t l l Y C ASit S / C L,. S L Ut i t tit 1N A T !oN MtTFJu UtLT/ 1
=
.,. T : T 7 7. -
. act < ~ s e t. !'
at. m d7-*n,
., v 7
041A sL.01d1TILN 11rtavAL Ma helt s u-1: Cr t A L rt hCUK
+
AL t- !T'A' Tit !TY Trn!L s
an w Irr Me i: r. a rrx. :... s
~~
OIALCTILN C.t-1.5 1.6-3.3 3.*-S.h S.6-8..
u.3-10.8 10.9 -15.0 15.1-20.C GT 20.1 ALL N' t rr
-Y v
v t.
v C
v 61
~
Nt J*
13 O
O O
O O
56 ENt at it 9
A U
0 C
0 63 1
El 74 3
v v
v 0
e 93
- - - - ~ - - - - -
Ett 3*
~~G 15 0~~
L C
C 0
94 I
t,a St 1.5 le1 39 o
C 0
C 0
171 N'
ttt 1,
o :'
2d v
v t
v 112
- ----~ ~~'
S 20 63 57 13 C
C C
0 153 Sta 1*
c1 71 13 0
0 0
0 IS9 L..
Is ai
,o u
o t-0
- 99
- - - ~ - - -
WLa i1 24 26 1
C e
O O
7%
w t <>
'1 o 13 5
1 0
0 0
71
'=M-
.m u
37 o
t C
v C
2CS ha 74 5f 35 10 C
C 0
0 232 f.fa
~~7 76 33 6~~
0 0
0 21C t.
at tt c
c c-c-
-c
- 1 s, s - - - - - - - -- -- -
ALL St C ?t '
6m.
7ev
~~77 77~~
/
0 0
C Ntf. L r-r e :tt - t.t--t
~~. r t v Cf it'... -.. t1 m.t.-O r v: L 10 -*:U*:-C s L9 -t t'r.t us - t ra wt7/xy/ r f - 1991 im.-- C r-M ! s t ! r.0 wu/ w $ - - - - - - - -~~
f a.
LF V;LIL t;' St wVa i lCMS =
211s NO. C P-C t. L M S (WS LT U.5*/t t C ) =
IC t, NO. OF MitSING DLLTA T =
79
4 p
a m
w m
e 1
~
E G
A P.
v b
0 L
0 C
C J
J 7
7 9
L 7
t L
2 a
l A
9 _
7
/
C 3
a
/
1 0
1
=
0 O
O 0
0 0
0 0
0 0
0 O
0 C
C 0
0 0
2 LW T
/
G D
W G
N 0
I S
0 0_
S N
2 O
o 0
0 C
0 0
1 0
0 O
0 0
Q.
0
_O I
O M
1 I
T f
U 5
O t
S s
1 i
K M
O T
E N
S T
0 I
E D
M 5
1 O
O 0
o 0
0 0
0 0
0 O
0 0
O 0
0.Q Y
0 C
0 9
1 N _
1 E.
0 T
U _
A 1
0 I
c _.
t N
t _
P U
e _.
D
/
C N4 F
C
=
b C0 T.
4t t
r E1 O
e 0
o 0
0 0
0 0
0 Q
C 0
?.
c C _
C.
)
C l
1 U
S -
C I
o _
3 f
T J
A R
A I
E8
/
1 Y
L Y.
M P
w 0
T t
S.
I D
1 S
a r
L R:
C c
l t
C t
=
0 i
w i
2 T
L t
1 L
P T
M8 O
O 0
0 0
0 0
Q 0
0 O
0 4
0 c
O_ 4 e,.
S D
R L
1 S
1_
4
/
C U
A N o.
W t
N N
J t
J I
(
t C
T H
Q 5
L I
E E
D S
C T
M n
L M
U
?4 C
C R
E L
4 t
f 5A U
P A
LhE S
C m
4 L
l 1
E U -
1 2F A
F A.
A/U N
5 O
C 0
0 0
0 C
3 0
0 1
0 7
h C
O 4
3_
(
A M
J 3 T
)
1 1
P 1 7>
4 O
Y l
M 1
S
~~x. C -~~
w N
S 3
M.4
/
~~L c E~~
D TUc L
t f
t C
t O 1, S
I P
L S
T h T
A
)
F 5 U.
I e
0 c
3 1
1 3
3 4
6 1
1 O - 1 w
t A -
L 0
V C_
3_
e r
N
_ L i
E J_.
4 1
1 1
3 L M
D 6
3 l
w 1
/ 1 =
1 b
h u
', / L
=
e G ;t A 4
2Sf V l
e.
1 A h
5 I
C T
L1 t A
, i 1
C O
0 0
C 2
3 3
2 2
e 1
1 O _ 7 T
L U N 3_
6 s m
_ 2 A
5 m
V 1,
f I
Y J
! 1 T
k.
L1 N
I C
t A L t
L t
VI = 1 I
u U
G c
A 1
M 1
A D
T I D5 T
e SJI S
I t rt K
L
!. U ra C
A V
L t
i L
e t i L tC L
1 I
V i
L E
W w
W W
d d
C m.
t A P A I
1 L
a d
t 5
S S
h b
w N
N N
N L
r a U_ A U
L J
t t
c 5
e A
0 L.
N' L
t L
L H
W N
S O
s f
NL TIT h
w A t / A A A
L L
O.
W uPUD P
U A
f p
,wy a
s-
I 1
I.
i I
i 6
I l
I
~~8 l~~
4 l
w J
4 CL N, e ' A
)
en ' en J
Q M
O e4 4
4 N
N, l
ae ' et 1
l
.J rq p
t i
4
'T l
h I
N e
tJ M
l 0
N I
ee A
O c4 l
4 W
,r i
Iw O
.O C
O O
o O
O c
O
.o c
0 O
d O
'O d
l i
I e
IE N
l l'
^
i I
l.T
'C
>=
s O
O
!a
+
l 1 3 M
0 l
qC I
,A O.
l l
{ m=z
~~w l~~
l lO
'O O
'M 1t a Z
t's O
C O tO C
O O
C O
O O
O O
O 3
s O
lO 4
i 4
E m
l 0
i r
.O i
4 w
f C '
O l
C l
O M
'i t>
e M
e O
H ee g
M i 8
O w I e
1 >3 Z
l 6
- 4 M
O L
O O
C O
O C
O O
C O
O d
O O I C I
I I
O d
Z p-l 1
us as:
O r.
3
.w M
eq H
3
{e 2
W l 4
3 g '
'W O
s.
x z s) el J
Cs e l
00 I l e
2 O
w*
O Q
O
~~O L~~
O O
C O
,O C
O 4
d G
>=
2 a1 O
.O I 4 a
[
1 0
i n
a 1
4 6
m i
e i,a
>=
)
~~4 OC~~
~~i e~~
~~4 4~~
>=
us D iN I
E J
h.
(L
, A.
o -
u I
3 m
I 1
l l
,o i
M J
l T
I l
a a
w u
r.
le C
e-el !
I g
H g
4 J
i o
w r
.J s e 1
F ED Q
O O !O C
O O
O O
O C
-* n O
O O i d i
1 el W
A O
v
.J i
i i
g jN e
N a a 4
zo.i 1
i 4 -
~~y I~~
t 4
I O
7
'N 4
a O
s.=
r o a
4.
I 8
J
~
w u
3 g
I l
.M l
I E
o r
E r
x J
9 3
O O
Y JJ s
4 8
2 aJ Zd4 O
CL g
Y O -* as W
,O I
uJ
~
M 9 2
A l
t I i
.C 4NO I
o O
C O
O C
O O
-4 d
O O
M, O N
O N l 4
- 'L A
3
- Na 4
e
'O I
l
[M l
l lN l
_~ o P-I 2
0 4
2 e' & a, A s l l
t.
l i
i o
E i
I 3
i
~~Z T~~
MJ l A
m I i
l N
JJ IJ,
J l
,I i
i a
r20 J
i J
~~s l~~
J J
.") M A n
1 9 u i
j D
- A 4
M t
?
1 A A D
e-
.t
-4
-4 N
.?
4
-e
.Ol
'1 O
O es s='
a
'O e
2
.( l Z
.J M lO l
l
-e 8 -*
.-e l
P'
.t l
7 ma
-g w
I 4
l *.
l i
i j
w mJ E
O o.
i 4
l l
l I
l T
J.
I Nd H d
g l
l 1
1 l
s>
I i
e 1
A
.J N J l
l 6
j ld U.1 7 4 i
l h
1
.IAr3 j
l l
l 2 a
-4 y
a l
1
,a s
.4 n
o e
I
. O l
1 F*
g i
se
.J ?
I g
P=
4 N
N, ci
.')
O O ' -e e
1 N
J.J >.
=*
C e
4 M 4
]
r-A.
t I
i I
I i
w l
i i
I x
)
r.
l A
aJ J
J i
e i
i j
4
. W l
m.
O t
e
.J =*
Z i
j i
' T l
>- s - -
O f
se 4 D e-O a
l'
. 4 4
[
j t
i.
A 4 "D
Z.
i, A
r l
t l
l
.s 2 e1. 5 m A
l Y
J
~)
- 4 i
t J1 >
J w
a w >- J = s)
.J W
a n 1 =(
ht M
d Js
'W 13 19 W
"I T
C E
3
'E A3 I
b l
e3 3
O 2
J a1 A
A w1 A
A A
3 2
2 a
.sJ
\\L R-3 t
~~3 J~~
D D
D A
^
T
~
E
^
U A
.* J.. )
p'=>
A X
t 3
i i
i i
i
. 3
- _ 4 4<
4 l
A 33133 1
1 0
5 f
I l
i.
4 l
l l
i
! I i
i
3 E
G A
P L
1 0
3 3
6 4
9 3
v 3
d 1
v v
4 2
L 1
1 1
2 4
S 1
p A
e 9
7
/
0 0
2
/
1 S
0 R
1 E
=
T E
0 0
c 0
O 0
0 0
C 0
0 0
0 C
0 0
0 C
S M
2 W
/
0 T
D 0
G h
1 G
R E
N 1
0 P
5 5
N.
C 0
m 0
I 2
0 G
0 O
0 0
0 C
0 0
0 0
0 0
0 0
C G
M 1
I E
F D
T _
C U _
5 1
7 O
m I
R N
1 T _
I _
0 S _
N 5
D A
1 0
0 0
O 0
0 0
C 0
0 0
0 0
0 C
0 _ C H
Y 9
C T
1 N.
R 0
3 d
t 1
7 V
3 L.
l 4
A E
fU R
t D
F W
N8 a
/
G C
0_
C 0._
T C0 3
N _.
D E1 0
C 0
O 0
0 G
C 0
0 0
C L
)
a C
C I
T N
S -
L m_.
3 5
I C
A 1
J A
K A
T Ed
/.
T Y
L 5
P i
E 1
5 D_
l 0
8 K
L f
I E
T W
e
=
J T2 L
C i
T E
P T
M6 0
O 0
O 0
0 O
0 0
0 0
1 0
O 0
0 _ 1 S
S 3
M L
2
_ 2_.
W A
/
O A
N6
(
t A
N n
C U
I e
U T
H Q
5 t
I E
f 0
t.
1?
C T
t' H
E L
C k
t iU C
t 5A U
e A
f E
t S
C t
O1E l
I J N
5 0
F t
t.
U T2F A
_ 2 O
A/C M
5 0
C 0
O L
0 O
Z C
O 2
9 7
1 v_7 r
)r J
5 T
1 4
'4 t
4 O
175 L
r I
1 1
S N
w hC -
S 3
/
L t J E
f.
u T uG L
D t
E L
t L1 '.
T e
JE S
1 h T
A 3
rs O
T 1
1 3
b 1
7 4
3 C _ l u
A - N L
3 C
3 u
3_
e JL 4
t l
1 1
4 2
9 J L M
b 6
. 1 3
3
=
-)
/l s 1
C S v
=
E / L OSiA N
/
i L, ~ V C
n.
5 T
l I I
T L! r C
2__ 7 F
LCi 1
1 0
O 3
3 5
0 6
s 5
7 0
1 0
A
=
( N 1
3 1
_ 1 V
J Y
I Y
5 A
3 T1 T
E LI N
I O
5 A L L
L VI ' l I
C l
t
= k t.
I A
l i uL T
L I
t 'a sul S
n L
e tl l u N
u A
+
+
V L s i-L C
T V
F 1 L t l L
I L
! P A l
T L
E E
t E
W d
i H
W n
C t
r D. T wA A
'6 i4 N
N E
S S
S N
L S
W N
N t:
N L
F Au u
L N
S W
W k
S C
E_
L E
,.T T
0 K
'L. 'A s.
t A
A I
L O
I WOP eC P
U A
N icoi
_~
.,)
t G
A P
7 o
i 2
3 3
2 7
S o
h '
l 1
1 2
L 1
1 c '
L A
v 7
/
0 0
3
/
1 S
C K
1 E
=
T E
G 0 c 0
0 n
0 0
0 O
Q O
0 O.
C 0
o S
M 2
w 0
T
/
0 G
U 1
W R
G E
N C.
I P
S S
C C
N 0
n 0
0 n
0 0
c_
0 O
0 O
0 O
0 c4 I
C G
~-
M 1
F I
E T
C U
O B
1 5
O I
R T
1 N
t O.
l O
N S
A l
0 n
0 0
n 0
0
^
C O
D C
0 C
0 Oe Y
H 9
C T
1 N
E R
0 T
C E
1 7
I.
C T
1 a
E A
t R
E D
P R
N8 G
G
=
/
C0 T
N N
D E1 0
r C
0 n
C 0
o 0
C
^
0 1
C 0
C 1
)
a I
T N
S -
C 3
l O
A E
5 T
J k
A T
E6
/
P 9
Y L
S.
5 t
s T
0 5
I i
C f
L h
t f
T o
=
0 T2 L
t 1
t L
C_
4_
0 O-P T
M o 0
e 0
1 e
0 0
C 0
0 O
3 0
S d
L R
L W
N e.
n /
C U
A U
U A
N
(
I se L
G T
n L
5 L
I E
O 5
M i
C T
M r
A E
L L
U C
C n5A C
P A
N t
t r 1 E S
C N
)
J_ F t
l I
A F
O T
E.
A/L N
5 0
9 0
3 m
0 C
1 1
1
?
4 3
0 C - C C
r N
9 N?
T 1
1
- 4 A
f 175 Y
I 1
1 L
O S
3 N
~~a. C. c-d s.~~
/
r E
u l bC L
u L
t L1 s T
L t
e 1t s.
T A
3 h
T v.
I 1
L 3
3 b
O.
0 L
J L
1 5
6 v
2 2
7 N
aL c
1 1
l 2
c.
1 I
3C M
C 3
W
/ 1 =
1
(
L_ f
/ L a
r L as
'. L7 y O'
5 I
1 A k
1 LT t D
o 1
J o
2 6
4
+
5 - 5 T
a_
A_
F CCl 1
1 1
1 6
1 1
2 2
1
- 9 A
=
P 'a 1_
V.
f l
f t
's.
T1 a T
o S
t LI I
L
't L
I L
m1
= !
C
=
T M
=
M. 1 t ;
I A
O S
T T T I
tNL S
L
'r.
t I
! 0 N
v Lsv L
L A 0 U
c :
c E
E w
d d
W W
i T
V t T L L
L I
WA C
I T
t t
e L
1
~~v. f aA r L~~
~~t t4 N~~
~~s S~~
S S
S i
h N
N N
ft 4
E.
d M'.
tiTT L
k e
S E
n W
N r A. a A
l L
0 I f b
P U
WOP L
A t
_ k "i i
N d
N i
E N
G A
P M
L 1
3 7
7 7
?>
l v
a L
6 v
3 e
L 1
1 t
/
e s
c 0
t 2
1 A
1 w
7
/
C 3
1
/
1 S
t C
N 1
. T
=
E C
0 0
0 C
C O
0 0
C 0
C C
0 C
C C _ C
_ M 2
5 d
_0 T
/
_. 0 G
C
_1 A.
W m.
_R G
e
.k N
0 P
I S
C 0
N 2
0 Q
C 0
C O
0 0
0 0
0 O
C C
0 C _
C.
S I
O
. G M
1 I
E T
D F
U 5
C S
1
_ 5 I
D J
T
_ 0 N
S O.
I, N
S
[
y
. A J
C Q
0 0
O O
0 0
0 0
0 O
0 D
0 0 _ 3 N
(
T 9
e.
N
[
R 0
T
_ E 1
1 I
gg
_ T 2
_e_
N g
. A 1
U g
. E.
D p
N b.
/
U C
=
y CC h
U E 1 C
0 C
0 e
O 0
C 0
C 0
O 0
C 0
0 _ C_
?
)
C
]
I_
N S -
C l
g 3
I
_ A l.
a A
R S
a_
/
T E b
/
T y
L
. 5 M.
P S
7 t
(
. 1 S
g U
0 f
}
t t.
A n
E U
T2 T
L L
g T
f P
t Me 0
o C
0 0
O U
0 0
C 0
1 0
0 0
_ 1 0_
h C'J k
L 1
1 h
, /
u A
r4 6 W
W_
P.
D llw I
(
T N
1 l'
L L
E o
5 0
l M.
M L
M
~~0, L~~
. s C R
C L
t r *. A C
A 6
s C1 L 5
C
~~3. F 5~~
L I
1 N
L.
D 1
A F
f A/U H
S 0
o C
3 0
O O
0 5
2
_ 3 C
2_
5 b
0 1
0_
J.
N5.
T 3_
1
/
f 1 / f
. S
~~9. '~~
4 T
i 1
u W
nC,. S 3
. /
L L.
L fe L
T LL L
t t
L i
Dl t _ T d
ai _
L I L l
A 3
LO
~~L u.~~
l A -
L 3
1 0
> a t
7 4
1 u
y J
1 0 _ L d
I' e
. L t
c I
4 1
1 z
J
_ /
h 1_
l 3 L M
U 6
ib S
c
/;=
1 0
st L/ L 3
1 L eA 2Lt V N
1 A R
5 I
U T
LI !
F F
CCT l
0 3
2 8
S 3
4 7
9 3
5 2
1 1
T e.
=
JN 1
1 5_
2 2
i 2
3 3
0 2
1
- W A
3 f
I Y
V 3
T 1 T
n L1 W
I u
f 6
't L
t.
V1 = i l
= k '.
T c
f t 1 I
a I 1 ri S T
LN1a1 i
O I
4 L
tv, L.
'.I l,
t L
L L
t
_T L uC L
I I
V L
I
'6 A 1
T L
E E
i E
V 4
d E
N E
d S
W rn.
d i
W G
i
/U U
C N
M N
L S
5 5
L W
N F
J. 1 L AA m
?
b U
T k
LS1 tl t AAv 's
'P L
A I
U b *r D
L L
A
~
szwi
(1/20/74 PaGE e C o ur, T A.'.x : t ?.uC L L t % ktw A S T A 11:.?4 / L;;.1 T '
Wit.o LP tD/dlN's blFFCTION/STAeILITY JolNT FkEGUfNCY UIST8IBUTION WIM L t t '. L r
3.s FT x L1 A I l '4 T a V 1. L
= 120 - 3 ~i rG. JALL LIA51 Lily C L L L 5 '., / CL4.LL T.KXINATim.
P' t TnC ?
a..uhLIA 1 1 UCi / 2 / s s l *> - al DrC 7? / J ' ; ;.
UAl4 P t e i. r. '
3 DATA A Clu t t ' T I... I h l t k v A i. = tilt.J1 L S C:-15 LF tALn NLLe PA5tu1LL STA41LI.
F
-- DtLI:
SS (HAN 09 ICU L TO 4.0 AND GREATER THAN 1.5 CE G C Pt h 100 Ff1FAS SetEU I ?. M:TtRS PER StCONO
.>I d t C i 1 UN 0.t,-1.5 1.6-L.J 3.4-3.5 5.e. s.2 8.3-10.e 10.9-1S.0 15.1-20.C GT 20.1 ALL tme 4
C 0
0 0
C G
O 4
Ns.._____.___...___1, O
C C
C 12 o
o enc f
C C
0 0
0 0
0 7
E 20 1
0 0
0 0
0 0
21
_ _ _ _.. _ L d L_ _.
d
(,
c_
c
('
n u
C
'L I
5L 5
C C
0 0
0 C
0 5
O y
1
'., $ t 7
G C
0 0
0 0
0 7
a
._,a C
0 C
O 6
o 5.
SLW 7
C 0
0 0
0 0
C 1
SW 13 0
0 0
0 0
0 0
13
. W SW._____._.13.__.
G _ __
1
___ _ O
.C C
0
__Q_
14. _
W 12 2
C 0
0 0
0 0
1*
v 2
0 0
0 C
0 0
11 i. W _. ___ _ _ _. 12 _. _ ___ L
_C
_ _C O
O O
11
~~t. ' :4 4~~
1 C
C 0
C G
C e
N 7
0 C
0 C.
G G
O 7
ALL icCTLL _ _. _..
154.
._______..o___.___.__1______.
_0______.
c.
O.
_ O..___
e t.G. Ur VA61o C:, S t 4 v AT ION
=
M NU. OF GALMb (dS L1 e.. M/SfC) 24 NO. OF M I 551P G WD/W5 =
C
=
___up+=h-******
e ww4 m g.
e.,_.-.i e
_m
-m
01/3C/79 P;GE 7 CL ;... Y A N f.h t.
~~< U C L F. A *. PCd t * $ T A 1 1 C *a / U N I T 1. _ _ __- _ __ _ -~~
~~n. ;.0~~
~~,PtLL/e1Na U14EC T I L>N/',T AS I L 11 Y JCINT F R EGUE NC Y O!STRieUTICN 23 eT I r.')~~
Lt V5 L =
l L LI A I II;I L % d Al.
17U -
4.*
r' l 5' t. :.. v i : L ti n L1if LLAtu s / CLAL' LE Tc:M I N # 11_*4 MilmCD =. DELTA.T.
1 LL1 7 a/ o u ld - 31 u;L 7s/2;15 LAIA riki_u C A i r.
A C' UI :, I T I( i. I'J T t.F' V A L = MINUTEL 01-15 UF EACM NO Ull PAteUILL S T t '31 LI T Y b
-- OtL1A T GREATER int.*4 4.0 DEG C PER 10C METERS SPcEO IN MrTEAS PER StCCND OIRcCTiuf4 0.:-1.5 1.c-3.3 3.*-S.5 S.6-o.2 c.3-10.o 10.9-15.0 15.1-2C.C GT 20.1 ALL NNc 4
3 0
0 0
0 0
0 6
____.__..t.L_____
__2 n
r2 O
c o
o e
?
E t.E O
O C
0 C
0 0
0 C
0 0
0 0
0 0
l' e
10
.....r tL _
- _12 0
0 0
c 0
0
_3 J2 I
$t 6
C 0
0 0
0 0
0 e
O n.
8 dst 2
G 0
0 0
0 C
C 3
L.__
__. 2..
J C
C
_0 Q
O O
.2
$bW 3
0 0
0 0
0 0
0 3
$w 3
0 0
0 0
0 0
0 3
W S W. _.__ _ _ __...
.5.
___0_._.__.__C C.
C C
O.
0 m
4 G
O G
C 0
C s.
wNw 1
0 0
0 0
0 0
0 1
.- N et.
2.
C
.0
_2
.C C
C 2
r.r. 4 7
0 0
0 0
0 0
0 2
r4 1
C C
0 0
0 0
0 1
. _. ALL SLLI.'.
n 'J..
..______.e.
.______0._____...__._0.
_______.0.
o
.0 _
C
=
10 NO. C F M IS S I*.G W D/ w S =
G f;b. UP C A L*.S (WS LT C. *, M / S iC )
f.C. Ut V f L l;, Of 5t HV A T ION
=
e m.
e
-.e.a-e.
e,, - -,
e e.
l l
l i
i l
i I
j i
l i
1 L
1 I
i i
i i
i j
43 i
i i
i i
l f
i l
1 i
j m
w J
I j
' f9 ')
D ee l
l 4
o j
a J
as
,a n
r 2
9
+
'e 4
4 r,
a m m
.J ee e4 ee 0
1 n
C, em
=*
ee a
o n
t m
.a
.a s 1
l l
e
[
e4 i -e ei
.4 4
N 3
e O'
l l
g i
e le >=
l I
i l
l
'l i
r=
m ad N
i e
O 4
1 l
g t-l
.3o
%.J
~~t l~~
l l
' EO M
O I t
i f
H I
I v.S 3 t
e I
i
'?Z e
O O
C O
-O C
O
.O O
O
.O C
O C
CJ J 'OlO g
- * * ~
l 1
N l
e l
VA i
l 1
i I
4A l
l' j
g
>ee O l l
LT I
i I
8' l
AA 8
l i
l l
l l
' O (>
l 0
1 i
1 i
l O l 1
i
~~3 e~~
8 OlO
' Z4
?
^4
,O C
O iO O
O 3
0 O
O Q
O O
C O
s j
3 l
G i
1 8
8 1
a n
ce
[
i M
e e
i 3
e i
j4 m
-e i
.e I
i C'
f g
i Y
p i
l in O
l I
i l
{
l te M
j O
O l
l
.O C
O O
L o
.O C
O !O C
O O
O O
>O 4 C t>
l l
1 i
.O j
O i
7
}
l N
-4 2
e i
A o 1
j 2o l
>J O 1 i
N*
>=
3
~~t e4 CJ l~~
}
i ;;.2 eJJ I
3 l
a a i
.a i
i i
1 I Z (O l f **
g 1
l 2m j 0
C
~~N lOO f~~
I 9
W ii 6
L O
O C
O )O Q
O m
Q u u u *1 x=
2*
2
~ kJ ** lC L
O
{O
>=
' A 1 ee e4 XQ
.OJ aa
'r c.i i
. u t
u.1 2s.
h' w da
~~1 l~~
h I
\\
H J
.J.T l
.J n.
e -
1 J
,m l
~
n
'.J M
,' iAJ l
I J
l r
i Ta T
da se
,>=N i
l
.g p.
j '
V.J
')
4 14
1
>=
' E u3
'O O
C e4 Ci C
'O O
O O
O 4
O o
oI e4 I
i a
i as 2m Y
N O
3 24 l
-4 W
Q Y
I lo 1
CA T w
U H
I c
l j
l 9
Uw I
4 2
I O
l l
'O Ow J
I
[ dJ g
i
~~E T~~
8 U,
!w i
Ja.
a a
I t at
'u
.*4g 1
l I
j
[
>v
/
~~) -e 44 iA l~~
)
I e.
~~4 $~~
i A
t l
AA l a
'l
>= r4 L l
<> 0 O
e -' o r-t-
m 23 m
.;)
c)
-e
,s ao iO e
. t s, o e,
l J
l n
.u a
4 j
.. a
-4
. n 1
3 -
~~c. c; 3:~~
-e
_t sO t m
I I
~~J g~~
l l
l
+
N Jwo 6
I 1
=, a u t
a l
i
.J i
i o
m a-t i
1 9 at f
e i
C I
g CJ l
W
- 4 P-m l
g i
N n l a
A A 3
e i
4 6 2 9
ee a
D o
C.)
A 4
+4 J
0 P.
9 at J
~~i O~~
'w^*
e
'.'=a 9.J
~*
I o
1
)
O e=
4 J5 n
.]
-4
-4 N
t
+4 4 44 9J E
4 l
l t
l N
x a
I i
i i
l I
i l
i I
A..
l 0
r Ar J
l 4
J
-' \\
=.4 c
.1
J
- A N A e= >
l l
> =, "
t 6
p.
.J = If A
e i
I 4.J c
I e4 *(
Y l '
> *
~~i si AJ~~
=*
u g
Cs o
C a
4 4
4 e*
N n
S
" l 2-Y >= ;
L 9.J w-*
A 1
Oa
-1 N
23 4
.3 f
=
4
.'s
~~= -< a~~
~~'t I e4 as i~~
~~l J~~
-4 A
b
=4 l
24 a i 1
ta 4
4 !
I m --
4 j
a *4 7
.2 O
s I
i i
J o
i 4
.J. i.
t i
. i 6
. f i
i a
.a c.
j
?
a y ri e-
. at
-e
>=
1 J
j e
7 - 3
.4 W
l I
~4 y
S f
f l
l 4 -
J.*.1 L
~~J t~~
.*A
.; ** ** O g
~J Dt J
J i
a.=a J
i e-i */
us >=
J
~~L e=~~
b 11 4J a
..J
.n 3
T
~2 3
T
'E X
A3 i
.'.J 7
a A
v1
<1 A
A A
21 1
C
}"
LJ L L f A
.)
si 8 =K ss si a
.se A
A E
2 Z
'1 J)
~~= =~~
~~.*. J e I >= P-J 3"~~
=
44 4
_J
=4
+
J
+8 7 I I 3A 3O
(
0 3
I 4
L' s*
I I
e t
4 6
l ('
(
{
t t'
I l
i l
l I
a i
l l
l l
j I
i l
i i
j t
8 l
t i
i 3
I l
l 1
i i
1 e
i l
t l
i l
J l
l l
3 i
o i
i f
I l
2".
I.
J
=*
e4 u
to 4
,)
,3 en ee ra 31 e
n
.,)
l J
i sie g -
i 4
i
?
l l
l i
j n
I g
N 1
I O
j 6O i
~~1 1~~
l e*
l I
r i
i, l
'u l
C O
d O
O O
o
) o o o ic O
o u
(,
c,
.O I
(..
i (4
l l
1 A
f j
i i
1 8
TE I
P-I N
l o '
l l
i l
a
+
l f
l I
I I
3 e
i g
l c
j i
~~i l~~
I e
O
.,O C
O
'O Oy 0
'O O
O
'O O
O O
to o
O 1 O m
l i
1 i
I
'A 7
l F4 i
s
.I l
O l
4 s
l' e
a 2
w 1
H l I
e l
l 1 !
1 b-t
~~l L~~
8' l
l 0
t 3 !
l O
8 r
-e I
l i
)
i f.
le l
af l 31 i
e
,O
'm z
l W l I>
1 l
O.
I l
e 4
a -
.w
- i 1
E e
1 d
O O
O O
'O O
O O
(s O
'O O
O
,GI Of 4' O e
eC 1
r 8
y
(>
a 4
I i
i O.e i
u e4 2
e }
I w
O l
>=
3 l.4 e
!o I
,.J.
I W l
j i
e*
Z 6
i a I
J g,
i O
i l.
l
!V 2z I.
I l
l s
a.
i l
3 0O I l
j e
1 T
I n
D **
O LJ O
O O
O C
Q O
U
" m O
O O t
~
Q
.3 A i 8
U
=
0 et t l
l' 4
1 0
l
>=
"3 4
4
~~i j~~
i
)
8 4
4 P-
.w 4 '
I t
N j
l
>= >
.J
.J A
8 I
i I
i r
4 i
a
' O I
I I
i 4
c i
l l
e Y,
.J.
I l1 l
O 4
e I
y
.E
'11 68 f>
P* N j 4
8 l
>=
r Ic a
4 e
o e i
i l
J x
P-rn
.o a o o o o e,* 1
-e o.* o N
c oin 4
O
(
J 8 l j
I N A
r i
l x s a
3 4
ize l
t a 1 e
l
{
l 2
E
')
U
, M e i i
=.
g
.2 O
F I
3 4T i a
i g
=
l 7
J
-e el a
3 i
A I
O 3*
I. t
!w Ia 8
l 3
o u
- a
.J l
w en4 o
i io i,
l l
.o 4
l
,r
..,,m z
i i
a -
l I
i ;
A i
f
.l J
3 WN A M
e
.e
~t % Q t
e o -< o.
c4 es N
4 O, "
N 4
A a m oI N O
f i
j em j
O Z$
w I
J H & wt f
}
[
l i
g 8
I w
T w
A e
1 O
E JO I e
i m i i
I 2
N
.4J
.a s : 4 l
l' i
~
j i
a rau
_J 4
l
.)
f, l
i.
l I
j i
.7,* A 1
J
= > -
l j
x s
i i
i i
A
- A m
ia 3
e-e i
6 t
f4 C
3 0
.\\
l O
4 1 *
.J
1
' O
')
O O
'4
)
M PJ O
J 4,
I i eo
- J e
0 i
M O ml I
N O.
i l
i I
=)
i l
- H
.e 1
8 I
-4 s
0 l
3 i
I l
e l
i 8
.1.
I i
1 l
}
l ne 3., %,
J l
.s
.l i
,e l
l I
l
~~4 T i O~~
l
=
.J r*
4 t
i e i H
J ( ) >=
I m
i me
.-)
a[)
e4
{#
Q
~~J W~~
Q Q
Pj
)
j 9
C T.,
l H.:
A n
C2 5
g I
?
i 8
6 I
e O
F M
e".
l g
-e J*
e.
I j
I l
a' l
i me o
O l
f,
% J
~..J J
l 8
t O
% e4 at **
m e
s M Y JI L
M.
I
{
4 l
e l
I IJ
>=
e..
'.)
e.
8 j
.J Z M i s **
'A k
==
-g 3
1."
l 1
I I
l I
./
J
.a a a
_J v
i J
8
~~e-J s <J~~
.I P'*
a
~~1 %~~
W
.6J m&J 2J J
kJ A
T 3
I T
T"
~C J
^W 844
.8 se C
4J A
W 9
is t A
)
1 2
.?
2
=J b
's m
4 3 3
A O
W 4
A A
R 1
.J v 1 7 he A
gl(
6 M4,
(
~~( 4 4~~
~~4 0~~
O J
')
3O1AJ x
f 2
I i
t e
g j
I i
i,
t
. - -. ~ _._.
C1/30/79 PAGE 2 LL N. 4 Ya rM L L fl.JCLE As P L W F. A L!AlILN / UNIT 1 _. _.
w1No SPttD/dIr4a 01>tCTIU'4/STA51LITY JCINT FREQUENCY DISTRIBUTION WI'O LtVll
=
two F!
UtLT4 T I::1 ? W a *. = I v t,
- J.s rT
__. PI L', J 1 L L L I AhlLI T Y CL A S:.c a / CLALL L'.; 1 t.r'. 41N A II C'4 MeinOu
=..LELTA 1 1 ULl 7::/0s15 - J1 utL it./231L CATA P t h ll".;
6 MINLTib C.2-13 UF LACH HOUR UAT ACsu!51 TION INT L F.V A L
=
P A $t t'I L L 5 ~. A b l L I T Y e
-- OtLIA T LEss THAN On EWUAL TC -1.7 AND GRLATER THAN -1.9 DLG C PER 100 METEks SPEED IN METERS PER SECOND DIhtLT!UN r
,-1.5 1.e-3.3 3.*->.5
$. 6-C.2 8.3-10.b 10.9-1>.0 15.1-20.G GT 20.1 ALL
'.N E 1
0 0
0 0
0 0
0 1
____.__.t.E.
I L
n o
11 e
r 0
1 ENE O
C 0
0 0
0 C
0 0
E C
0 1
0 0
0 0
0 1
_ ______ _ L 5 L
._ n c
c r.
n o
_o c
IZ St 0
O O
C 0
0 C
2 1
SSL C
0 1
0 0
0 C
0 1
s
__.._..._____..J s.
_1
?
c n
n O
.3 SSw 1
0 1
1 0
0 0
0 3
Sd C
C 0
1 0
0 0
L 1
_. W L a _ _ _ _ ___ _ __ ___ C L
^
c o
o C.
n
.2 W
D U
3 2
1 0
0 0
6 w;rd O
2 5,
7 10 o
O O
s4 f..
.l__...__.1_____.6.
_ _ 2.__
C__
t' O
C
.1 -
N'.4 0
4 2
0 G
C C
O 4
N O
L i
0 0
0 0
0 2
_._.ALL.SLLIM
.e.
.7_
____.._2c____._. __13 I L_
6
_._ 0 _
_ C.
NJ. Ur VAL!re Ucd.AVATIGr. =
71 NJ. OF CALMS (WS LT 0.5M/5tC) =
0 NO. OF MIS 51NG 0/mL =
0
_m.
-_ww e-
.._e.6-e.
01/30/79 PAGE 3 LU.
f t.'E n
'4 JC L L H F L #;'. LT ai !Lt. / UNIT 1 __ _.. _
.w i '
iPEtu/41'u b!ME CT A UN/ S T **>ILIT Y JCINT PRELUENCY UISTRIBUTICid W l '1. I Li V.L
=
A 4 'a r 'I u t L I l-l 17. 4 t % f L
=
14' J.i r-I
_._. P A *. J I L i'A 1LifY L L A t ;> - 5 / CLALL
! ! _r. M i rL A l l '_'J.MilnCO
= _. 2E 1_ T A_ I LATA r...ub 1 CC ! 7 5 / w. I ', -
21 Dtb M / 4 31 :.
M i r.ol e. S O r-I t CF d A L.4 HLog VATA t ; t'i s 1111're I r4T J V AL
=
PAS uiuL S1tolLITY C
-- etLTA 1 LESS T H At4 O< tCUAL TO -1.$
AND GKEATErt T r4 AN -1.7 DEG C PE R ICc MET U S dPEEU If4 MILERS PER LECLND Di e t C T IC;4 0.;-1.t 1.6-3.3 3.6-S.)
5. L-5. 2 u.3-1C.8 10. <d - 1 S. O 15.1-20.0 GT 20.1 ALL NNL 0
0 C
0 C
0 0
0 0
h t. _ _ _....
O C _ __ ____. Q
__O.
F C
f' O.
O t Ni 0
0 0
0 0
0 0
0 0
t 0
f.>
0 0
C 0
0 C
C E ' L _ _ _. _. _ __ ~.._ e
~~1..~~
1 0
0 0
0 0
3 v.
CD
$E D
C 1
1 C
O O
o 2
SSE b
0 1
0 0
0 0
0 1
3
._______0.
___. 1 1
3 0
0 0
C.
L5h 0
3 5
3 0
0 0
C 11 Sw 0
2 2,
0 0
0 0
C 4
.- _. c H.. ___ __. _ _ __. _ 0.
_____L.______
3
.1 C
C.
O_
C 1
1 G
O O
6 n
0 e
W N.i i
J l6 5
5 2
0 0
3
_ ;d
___._____._1.__._
. 3
___ __ J
__ _.1 3
1.
C
_G la
..'.4 a
a 3
0 0
C C
C U
N c
i C
O C
C 0
0 1
ALL $tC e.
. _ _.. _ _. _. ?.______ll________.._O_____.._.__15_______
9 3
f ___.
O ta. G F vatlu u S:xvaTitM a v;
tau. OF CALMS (WS LT C. *., M / S E C ) =
C r40. OF F IS S ING W,/ W S =
1
.e.%_e_me..___
-mahwm aemo.
e.w w_-
e.-
a+6
01/3C/79 PAGE L L% Y A *. A c t.
sacC L t ;.4 F Lw E k t i t.T ICet / Uf4IT 1 __ _
wfNJ WELL</alu UIMECTICN/STf.BILITY so1NT E h E C UE 4CY DISTx18UTION W i t.J LtVtl 1% FT DLLTi T !?alte n,c
= 19 t>
- a _' eT
.___ _ Pt.5%UILL Lft:161 T f. 0LALg s / LL A n ucT LxMlf4AT 1. :4 MLin33
.:__LCLTA.1 UA14 Pa K a t'a e
1 001 7 C / ~.W 1 *> - J1 D[L 7L/2316 U A 'I n A t u u 1 L I T I L*4 IN I L P.v A L = MII4si r_ S G L -15 Le EAsti HOUA PASuu!LL L Ti t' I L I T Y U
-- utLTA T LtSs THAN OR Etcual TO -0.5 Ar40 GREATER THAt4 -1.5 OEL C PER 100 METERS SPEEu IN MtitRS PLR S I L Gr.D DIAECTIC4 C.5-1.5 1.0-3.3 3.4-5.5 5.6-8.2 8.3-1C.0 10.9-15.0 15.1-20.0 GT 20.1 ALL T4:.L 19 J
0 0
0 0
0 0
27
__._ _ --_ _. t o F 1>
1_ __
O a
__4 0
1S L t4 E 16 10 4
C 0
0 O
a>
t 7
10 1.
1 2
O O
O 3
. t h d.. _____.
4 la 12_
0 f
0 C.
Q
'l v.
f SE O
11 le 2
0 0
0 0
J1 SSt 1
2 4
7 O
O O
1*
.L
_____... _ _.._4 5.______ _..
7..
.4 C.
o
.Q.
0 17 SSW 3
7 21 5
C O
C C
2s Sd 1
6 14 S
C C
0 0
2o
.. _ _ __ d S W
___-...__.._.2 7
?b 5.
.1 0
C.
o 40 W
G IC 20 22 20 8
0 0
ac d'.d Ja
~~,3 42 2C 16 4~~
0 17I
'M
._.___-._._9_
):
62 31 5
G, n
1;C fl.N 4
" ')
ei 17 1
0 C
C 0
ou t.
1-sv 3
0 0
0 0
0 N.,
.A-S L C I C." _.
l,..__
..___4;7.._ _ _.-. iti
_ 12 L___
___ _ -r d 24 C
=
4 P40. C e 515 $ 1% h0/WS =
2
.a 1 P40. CF C A Lf45 (WS LT 0.54/SEC)
NC. OF V L 1.,
Ct h:.<v AT ICt4
=
e e
s 01/3C/79 PAGE 5
_.
~~Y A fih t. 4 JL L L /.r.~~
F Ld i r. dl4.TILN / Uf41T 1 - _ _ _.
al.
LPit L /h!?.; u;wf C T IC'./51:d IL IT Y J U I *.T Ht E C Ut ?.C Y DI' ' Al tuTI Ctz
.1 :.) L V.L s
l u, F1 19u - 3.:
~~T tu tT t I itiT: Rvit~~
=
-. 3 LI A.. T _.
... P,*. S
'J I L L L!AL! Lily CLA sL:a./
L ALs bal n.11i. A i! L' 4 M E l rtC.J.. =
til.1 A M A U's
= 1 t ' C,1 Fu//.15
- ;1 LfC 7M/z31>
vata s tic 1 L I T IC;4 It4T t k v 4 L
= Mihuith CL-15 0F t#LM HOU<
TAtwu1LL L I At.1LI l r E
Ot.LTA T Lt s: I n At. Os teLAL 10 1.3 a r.b GREATER Tn1N -0.5 CEG C FER IC* METERS SPtED 1r4 MtTtKS PEk SECLND DI K(L i l u!.
C.5-1.5 1.0-3.3 3.%-5.5
~~5. E-o.2 8.3-10.8 10.9-15.0 15.1-20.0 GT 20.1 ALL r.'. E e 's 7~~
C 0
0 0
0 0
1 e
e o
c c
St
~~r.._~~
s E t4:
21 c,
3 0
C 0
C C
2L E
13 o
9 c
C C
0 0
3C
. _. _ iSE ___
.4 2c 2
0 0
0
_0 C
22 I
$t a
~;
11 2
0 0
0 C
37 o
0 0
'l I
C 0
SiL 4
1; 6
0 L.._________1 1
O C
C C
C
- 4
$td 2
v 7
0 C
C C
C
!s SW 3
1-2 0
0 0
0 0
13 v
0 2-
+54.
5.
t.
_ _._12
____. 1
_0 C
n 10 3
t, C
0 C
C D
1 w" w s3 14 1
C 0
C C
1 Nn
. _.. -.. :o _. _... :c 2*___._._._.l...___.
. 0 _ __.
O C._.
3 12 Ta:.a
-3 it t
O C
0 C
0 t7 4
/
3 0
C C
o u
0
~~t. 2~~
_.;ec_._.
1 C :, _. _
i s. _.
. _ _._ c
? ___ _ _
._c__.._.___.____C ALL ;,i L T,-
40 M!. CF MISS ING wb/a5 =
0 tw. w r-vtLlo L', n % ? T A L.. =
71.:
rau. CF CALFS (wS LT C.#/',tC)
=
i-_e.
._-ww hw
,e.--.'-
6 m-
l 4
l l
s s
l i
s i
l i
l 1
e i
4 i
l i
j l.
i I
t i
I
\\
t e
i i
f I
e i
C f I
i l
)
i s
s 3
l l
us l
6
.3 l
g i
4 i'
.J er A
<)
4
!)
es
.'s n
rm eJ n a N
u~
ca l
.J
. #N e4 4
es e
ev
, ce
.-4 N
e
. c4 i
1 a.
i
?
l l
6 i
N O
I r1 l
.O N
l' M
ee O
/
i l
t h l
,u e
I s
U O
C C lO C
O
'O O
O O
O O
O C
O O
L<
l j
l lw E
e4 v.,n f'
F h
N g
O O
O j
l ed
.3 lW t
4 l
. *3 l' uJ l
2 Z
' O O
l i
. a o.
o
.O[0 M
s
'4 O
J-O
'O C
O lO O
O IO C
O iO O
C i
O i
- 0 0
l 1
lE l
M Ja e'8 I
j C.
4 A
~3
+
O l
j r
I I
e l
e.
la W
e*
2 A.
O
~~1 o~~
O 2
w i
l I
, a e
ed iO C
O O
C O
.O C
O jO C
O O
d O,O4C l
}
l
. I I
U l
M J
l I
l 1
a 2
l4 w
. 2 O
>=
".J i.aJ g
s
.s
, e4
! e-l u.
4 3
.4
!w 3
i i
u.
2n
)M l'
N O
' O e I
j 1
r" VO lC
. a I
e N
Z G
ae
'O d
O O
C O
'O d
O O
C O
.O C
O
.O e
Q ea P.
2 4 e i
0
~~O I~~
l 4
w C,J
,' 4
)
z.
i i j m
=4 p.
i taJ a)
N l
6 l
T J
. L.
i 4
a -
o e
H Q
t t
a
' A i
O e
Y j
I I'
I s.
m M
1 Y
I et C
9 N e
l "J
4
' e-
~~e ' O C~~
O ;O C
C J
Q O
O C
O i
0.
3 g
lO O
O, (J B U l
i e
In 1 \\
^
"f J
l i i
Ve a
l' 4
2 O I
8 I
4 O
N
'.')s
. =*
~~l l~~
i I
O I'
1 C?
t.
I C/
A I
_aJ e
a I
J a
a a
l
()
1*
f I
knJ l
l E
1)
U J
v as
[
l J
O Ia g
,i j
4 T
w
?, 41 4 c
. -< u
.o u
i s
w og e e.n iZ A.
l l
l I.
l
.a 2
-,m 4
'.a.
,O w'
4NQ r
A O
d O
O ' fq r o O I A O
L e4
,O O
r4 ;A l
t e4 2
i o e
i i
I i
i e i
-ra 4
e i
I 1
i 7
e A
1
.4 J l A
' n i A
2 I
I l'
N,
~~v. 'J 4~~
a l
I
=
a :J
.J s
khJ
) *4 N
,P'*
l
-a r
a 1
) u l
i bM 3
F
'J
-4 d
in ee O
rJ u.
e4 O
n s
4o r - as I
3 I
^
O
'r)
J A
A l
.J g
3 4 $ J
.J
.)
. e4 O
2 9.A s
{
-4 i
s# l 0 Q
'l I
a o
i m
i x
.9 i
e I i
i l r-I 3
l' N
.-4 u
e4 I'
0 3
4 l
i so e
j N
o. %, J i
4 I
i l
i u
.?
r a r- >
i i
.i e
n.
.. 2 I
u r
Jr l **
en
~~1 n ' rJ e4~~
~~s e4 C-1 1 O~~
>~
L
~~4.) %~~
ee t
R C
n t'.J g
et. ;; 2 o.
l re d i 7
'I l
.N 4
-4 ea
>. ~ >
6 -+
1 l
I r
.c i
y
}
O 4
i l
4
-Ja 7
m t
.J u
.J j
3 Da et a w
f l
k u s a *-
.u l
t
.4 4
e.
i
- r-a a t
i I
J f
l 8
l J.*. 4 C -
M f
i c
~=
=
I
$T
.J J
.J a
i a
r
?*
_ e J a y e.<
a
.J 4 :)
~~J J~~
a*
as uJ 43 a
dJ 2
2
't T
T T
V a
= e 'E 4 4
c.
us e'
'u A
A A
A A
A A
K E
2 E
A A
l
')
m*h o'
'd sAJ A
A E
E 5
A Y
7.- 3
's p.t I'
' 39P A
T
-i
.J
~ u.e c a s,._ <
j i
J o
a a
.a i
c j
r j
i i
i i
l l
i l
8 i
i l
I I
I l
l l
l 1
i l
f i
i l
1 i
=
l I
e 6
i l'
i I
5 l
I w
3 i
i i
.L I
i l
.J t=
4 N
n F9 4
~~4 3~~
4 iA N.
eo l
e4 N
%sl q
s -
t i
4 I
l I
I h
l N
e3 l
l
'g
.q s
l 1
r, g
l 3
l I e 4
e o
O O
o o o o
~~O O~~
o io C
o o O-C
.C 4 C 1
N ^
O e
4 3
l 4
N
.O l
0 t
i i.
I i
I so i
t."
8 I
I 1
-4 l
6
<> l l
-o e
i
~~e 6~~
1 2
ra
,o c4 o C
O o
'O O
O o
O O io o'
O o6o 1
i.
8 iL O t m i 4
1 i
I
{
l
~~it i~~
e-i i
e o -
n i
o f,
i l
C.
e T I
'O l
>= 1 6*
I I e i o
l e
i ~ Q 3 R
8 4
M O
c o
C C
O O
C C
o o o o
0 o
310 I
1 l
8
() !
O I
I e4 Z
e s
w im o
D
! i.s:
ce 5
f >sh
4
.J
=
w l
i 3
x.
'u o
lm A.
~~E n~~
N
.I a*
l w
o v0 l
a =
.G
.u e*
'o c
o to C
o o o C
o o c o o o
.O o
a a'
Z O
.e a
.O a
w.
i i
q i.m 3
s I.
.e P.
1
-4 x
!x l
N 4
w
~~ua 0 l I~~
i j
e 1
J a
~~a A~~
e-a l
l l
n e
a O
'O 10 t
y i
,C
,' as s
J i
(
O.,
i
.i==
lo 4,-
a
>- c c
u
., ~
.a a
A O
Y l
l
'oI C o o o o o C
o o l O o o a
P-Ea o e o
I A
}
t N
rh 3
o l24 l l
0 g
2 I
?
r.
a e
e
~~a -~~
l J
O 1
.t l
o J
=
wi 3
r o >
E I
a l
[
a
)
3
z
~~.ss a~~
2 n og 4
tL i
8
.4
-.* q
,r n
l
,o a'
u -4.J r
,A g
t
'.) 1 -
1 sn 3
essL e
I iN
'o I
J
+4 % a ' c4 4) o c o o C
o o -
o o
O, O
O O
J JJ l
I
~~I g~~
4 1 i e
O e r-n -
t 4 [
a a
3:
-4
,4 e,
2 N
a 4:
^
la vw)
I T.
~~O l t~~
l i
e i
2
-2a a
3
.ss f
I 4
l I
r J
3 ** A
>=
l e
9 a.:
i l
e A
rA r
4 n
e I
I I
I l
aA 3
3
4
.J 9
O O
O
)
O N. J
^
4
-N
-4 o
l J N
D
~~1 i"-~~
g eJ
-e o
I t
a 4 3
-4 1
7-M 9 'J E
.J 4
l l
l j
)
i 1
3 t
a g
8 t
8 j
j l
l N
+4 64 e4 e i
6
.s AL I
l i
I l
I t
se
~~s N _J i~~
i l'
6 3 A n e, l
7 1 A">
i
}
' *J i
n
.a r-a 3
' a
'l
-4 4 Y
~~i s~~
e 1
i
'L aJw
~*
N g
N
~~s v.e "a~~
~4
+
N 4
-4 0
,n C
v t
-e w
l of JZ l
. ee 1
{
i I s i
j 1
4
-e A
t t
+
i 8
(
J e
-4 H
o
)
g l
aJ
-4 m.e e
O l
l e
/
-e e'
t J 4
J
"> H is i
i i
c.
16 Y il e-D 8
s 4 we el 5
l I'
l j
=n: A s
_a r 5 : J -e vi J
J f 7 J
C 1
1 0
f>
U m 7 2
?
i P-a e.-
J
.s J
.J e
,,J
~~e i vf~~
==
H 4,
,J J
da W
ua T
T T
f T
T t>
2 i-2
.3 L
I
~.J J
.)
Z Z
JJ A
A A
.1
.)
a Ss 1
.1t i
2" A,
'J l
er 3
.ta Z
uJ
'1J A
A T
3 -= ',s 4 I
i t
i 2
.3
)*W v) 1 l
e 4. c.,
4
-e J
2 a1 aa n.
a l
f i
i l'
i i.
4 i
f 6
i 6
-5,2-c e.
t
i N"
M W
b _
3 S0 L
S1 G _
e 6
2 1'
S.
=
a 4_
A P _
L 3
e s
1 2
7 2
r'c.
t 2
c t
w
-e E
n0 L
5 d
e 5
J1 I
1 3
A 1
1
=I 9
5A 7
nI
/
L Nt C
3 WL
/
l JW O
1 f
0 0
o 0
0 o
0 C
Q 0
C D
0 O
6 0
C_
D I
SS 2
tS i1 T
M
~~1 G~~
f F OO m
e C.
O0 0
4 Nr 2
C
't 0
0 e
0 0
o 0
0 C
0 O
0 0
N C
1 I
3 T
U.
5 E
1 C
2 I
e.
R _.
e 0
T
=
S I
D 5
_ 5 T
0_1 1
0 o
0 0
n 0
0 C
0 0
C 0
5 2
0 o
2 Y
/
9 s9 4
C d$
e 1
N _
0
/
E 1
L T
U 1
C.
W m
P E
U R
D T
N6 Nm
=.
F.
/
O E
C0 T
1 3
2 e
0 0 _ e N)
N L 1 0
o 0
2 n
0 0
O 0
0 2
4 l
_ 7 AC U"
I l
Ut 3
C$
I U
N/
T J
A R
A T
E 8
~~f. M w f~~
Y L
P L ;,
3 T
t L
S M0,
I K
L R
L
~~t. T E~~
L 1
LL w
=
T2 Md 0
L 4
1 e
5 7
2 0
6 5
2 3
9 1
0 _ s C
A r
s 3
6 4
_ 9 NS P
1 1
1
_ 1 OW %
L U
R A
/
C O
N6 N(
A N
M U
I 3 $
1 O
I H
5
~~1 L~~
I O
1 H
L LL T
i C
AA.
C C
E ru 4 5A P
VC s
E.
U1 t
6 S
F F 1 3. F 5
C I
A/C S
C 3
3 5
a 5
4 3
6 2
4 1
O 4
T 5 _
e CC.
L U
l b
1 2
l 3
1 1
3 L
4 C
C
_ v w
~~u. w I'4 NN I~~
1 CO -
' 7 )
t f
1 M
1 w
3
~~h. L. 0 p~~
. /
r N
e
't D0 _
s e
L L
t h
L C
L1 S e
t
+
9 2
3 0
v
's r
S3 P
3E e_
3 S
T L.
T 22 e.
1 1
4
. ~
I L
'l e,
w_c F 1 U
, - N 2
o o
2 t.
s.
l 2
2 I
r.
e L
I
=
g l
~~C M~~
t.
w 5
S
/ 1 =.
1 Na L
v l S e
. '_./L _
l N
'. 6A
t.
A C.
e iI V.
v 5
7 S
1 7
1 3
3 v
J _ l ai 1 A
'6 S
L. I I
E 4
7 c
1 I
7 y
1 1
2 t
1 9 _ i t V' t
F
.Rl N
7 4
I L
2_
1_
_ t T
f S
=
' I L
I oN II A
t c L
C A
1 LI t r e
L C
tC Vl - l
= r a l
f I L e I
l t
SI iI O I
L. lh L C I'
'. L _
L A
O C'4 T
rV U
I W
t LhW M
v C
I
'e I L AA N
f N
e S
S 1
S S
t w
rr h.
r4 E
5 F.
1 L t A
E E
E e
N W
w iL 1 PA I
l n
f_
N L
9 'L 9
' AJ S
L 4
c L
S w
w LSI I L
x L
L
~~4 p~~
l rAA A L
i A
wDPUU A
D e
,uus

ML19261B966

Text

Navigation menu

Search