>2/T h 0/22/1

2^

NATL INST OF STAND & TECH

A111Q7 E07fl^

1

K

E

IfjfjJKlf

. ^^^^^^^^^^^^HHH

r i.

NBS

PB 151407

ecknical riots

Moulder laboratories

^0.48

REPORT ON THE IGY OBLIQUE-INCIDENCE

SPORADIC-E AND F-SCATTER PROGRAM

J. W. FINNEY AND E. K. SMITH, JR.

I. S. DEPARTMENT OF COMMERCE

IATIONAL BUREAU OF STANDARDS
THE NATIONAL BUREAU OF STANDARDS

Functions and Activities

The functions of the National Bureau of Standards are set forth in the Act of Congress, March

3, 1901, as amended by Congress in Public Law 619, 1950. These include the development and

maintenance of the national standards of measurement and the provision of means and methods for making measurements consistent with these standards: the determination of physical constants and

properties of materials; the development of methods and instruments for testing materials, devices.

and structures; advisory services to government agencies on scientific and technical problems: in- vention and development of devices to serve special needs of the Government: and the development

of standard practices, codes, and specifications. The work includes basic and applied research,

development, engineering, instrumentation, testing, evaluation, calibration services, and various

consultation and information services. Research projects are also performed for other government

agencies when the work relates to and supplements the basic program of the Bureau or when the Bureau's unique competence is required. The scope of activities is suggested by the listing of

divisions and sections on the inside of the back cover.

Publications

The results of the Bureau's work take the form of either actual equipment and devices or published papers. These papers appear either in the Bureau's own series of publications or in the journals

of professional and scientific societies. The Bureau itself publishes three periodicals available from

the Government Printing Office: The Journal of Research, published in four separate sections,

presents complete scientific and technical papers; the Technical News Bulletin presents summary

and preliminary reports on work in progress; and Basic Radio Propagation Predictions provides

data for determining the best frequencies to use for radio communications throughout the world.

There are also five series of nonperiodical publications: Monographs, Applied Mathematics Series,

Handbooks, Miscellaneous Publications, and Technical Notes. Information on the Bureau's publications can be found in NBS Circular 460, Publications of the National Bureau of Standards ($1.25) and its Supplement ($1.50), available from the Superintendent

of Documents, Government Printing Office, Washington 25, D.C.
NATIONAL BUREAU OF STANDARDS

technical ^iote

March, i960

REPORT ON THE IGY OBLIQUE- INCIDENCE SPORADIC-E

AND F- SCATTER PROGRAM

by

J. W. Finney and E. K. Smith, Jr.

Final Report National Science Foundation Grant No. Y/6.l4/l20

First Technical Report NSF Grant No. Y/22. 7/328

Final Report USIA Agreement IA-l+586 through Amendment No. 1

NBS Technical Notes are designed to supplement the Bureau's regular publications program. They provide a means for making available scientific data that are of transient or limited interest. Technical Notes may be

listed or referred to in the open literature. They are for sale by the Office of Technical Services, U. S. Department of Commerce, Washington 25, D. C.

DISTRIBUTED BY

UNITED STATES DEPARTMENT OF COMMERCE

OFFICE OF TECHNICAL SERVICES

WASHINGTON 25, D. C.

Price $ 2,50

CONTENTS

PAGE

FOREWORD- TM i

LIST OF TABLES AND FIGURES-— ii

1. INTRODUCTION — - — 1

2. EXPERIMENTAL ARRANGEMENTS - - — 1

2.1 Circuit locations 1

2.2 Antennas 3

2.3 Transmitting terminals 3

2.k Receiving terminals 5

2.5 Other circuits 5

3. PRESENTATION OF DATA — 7

3.1 General appearance of records 7

3.2 Procedures used in scaling signal and noise levels 7

3.3 Noise levels during transmitter breaks 20

3.^- Consideration of errors 20

3.5 Sporadic-E statistics •? 22

3.6 Evening signal anomaly 30

k. CONCLUSIONS— - - 31

5. ACKNOWLEDGMENTS—- - 35

6. REFERENCES 35

7- APPENDIX - Receiver Calibration 36

-iForeward

The basic program described here was sponsored by the

National Science Foundation as part of the program in

Ionospheric Physics as organized by the U. S. National Committee for the IGY. Additional financial support was supplied

by the International Broadcasting Service of the U. S. Information Agency.

This is the final report on NSF Grant No. Y/6. 1*0.20

through Amendment No. 3 and on USIA Agreement IA-V?86 through

Amendment No. 1. It also constitutes the first technical re- port on NSF Grant No. Y/22. 7/328 under which many of the data

were analyzed.

E.K. Smith, Chief

Ionospheric Research Section

R.J. Slutz, Chief

Radio Propagation Physics Division
-iiTABLES

TABLE PAGE

1 Details of the two basic experimental circuits. 4

2 Tabulation of median signal levels for every 5-niinute

^

interval during periods of sporadic -E propagation as received at Guantanamo.

3 Tabulation of median signal levels for every 5-minute hQ

interval during periods of sporadic -E propagation as received at Onna.

h Tabulation of hourly median signal levels as received 71

at Guantanamo.

5 Tabulation of hourly median signal levels as received 83

at Onna.

FIGURES

FIGURE

1 Maps showing the locations of the circuits of the U. S. 2

IGY VHF Oblique-Incidence Sporadic-E Field-Intensities

program.

2 Transmission loss records made with 12-second time 6

constant.

3 Diurnal chart of monthly median signal and noise levels 8

as received at Onna and Guantanamo Bay - October., 1957*

k Diurnal chart of monthly median signal and noise levels 9

as received at Onna and Guantanamo Bay - November, 1957*

5 Dirunal chart of monthly median signal and noise levels 10

as received at Onna and Guantanamo Bay - December, 1957*

6 Dirunal chart of monthly median signal and noise levels 11

as received at Onna and Guantanamo Bay - January, 1958.

7 Diurnal chart of monthly median signal and noise levels 12 as received at Onna and Guantanamo Bay - February, 1958.
-111-

FIGURE PAGE

8 Diurnal chart of monthly median signal and noise levels 13

as received at Onna and Guantanamo Bay ~ March, 1958.

9 Diurnal chart of monthly median signal and noise levels lk

as received at Onna and Guantanamo Bay - April, 1958.

10 Diurnal chart of monthly median signal and noise levels 15

as received at Onna and Guantanamo Bay - May, 1958.

11 Diurnal chart of monthly median signal and noise levels l6

as received at Onna and Guantanamo Bay - June, 1958.

12 Diurnal chart of monthly median signal and noise levels 17

as received at Onna and Guantanamo Bay - July, 1958.

13 Diurnal chart of monthly median signal and noise levels 18

as received at Onna and Guantanamo Bay - August, 1958.

ik Diurnal chart of monthly median signal and noise levels 19

as received at Onna and Guantanamo Bay - September, 1958.

15 Mass plot of monthly median noise values for each hour 21

sidereal time for Onna and Guantanamo Bay.

16 Times of occurrence of sporadic E equal to or greater 23

than 5 db above 1 \iv (values adjusted for no transmission line loss) as observed at Onna.

17 Times of occurrence of sporadic E equal to or greater 2^

than 5 db above 1 p.v (values adjusted for no transmission line loss) as observed at Guantanamo Bay.

18 Diurnal variation of sporadic-E occurrence for reference 25

levels of 5 and 50 db above 1 |iv for Onna and Guantanamo

Bay.

19 Seasonal variation of sporadic-E occurrence for reference 26

levels of 5 and 50 db above 1 \xv for Onna and Guantanamo

Bay.

20 Cumulative distributions of sporadic-E signal level by 27

month for the year beginning October 1, 1957 as received

at Onna.

21 Cumulative distributions of sporadic-E signal level by 28

month for the year beginning October 1, 1957 as received

at Guantanamo Bay.
-ivFIGURE PAGE

22 Comparison of the cumulative distributions of sporadic- 29

E signal level for the year beginning October 1, 1957

as received at Onna and Guantanamo Bay.

23 Range time records for the Poro-to-Onna circuit 32

illustrating the pulse delay of the evening signal

anomaly relative to sporadic E.

2k Times of occurrence of the evening signal anomaly for 33

reference levels of 5 and 15 db above 1 pv as observed

at Onna.

25 Times of occurrence of traces with the same appearance 3^

as the evening signal anomaly for reference levels of

5 and -5 db above 1 [iv as observed at Guantanamo Bay.
REPORT ON THE IGY OBLIQUE -INCIDENCE SPORADIC-E

AND F -SCATTER PROGRAM

by

J. W- Finney and E. K. Smith, Jr.

1 . INTRODUCTION

In the course of studying sporadic E at the Central Radio Propagation Laboratory, strong indications were found that a large longitude

effect existed in the occurrence of sporadic E at middle northern latitudes .

The first of these indications was that sporadic-E field strengths

in Japan appeared some 20 to 30 db higher than those observed in the

United States. Subsequent examination of data from the worldwide network of ionosondes using long-term averages of sporadic-E occurrence

with critical frequencies above 5 megacycles (fEs > 5 Mc/s) showed that

almost twice as much was observed in the Philippine -Okinawa region as in

the corresponding area of the western hemisphere (Smith, 1957)

•

However, vertical-incidence ionosphere sounders are not calibrated

for total system loss and therefore the data from these sources cannot

be taken as homogenous. Also, the oblique-incidence field strengths

compared were for different years and obtained with different types of

equipment. Consequently, the effect could only be taken as suggestive

rather than established.

The VHF Oblique -Incidence Sporadic-E Measurements program was therefore undertaken to affirm or deny the existence of the longitude effect

in the occurrence of sporadic E.

2. EXPERIMENTAL ARRANGEMENTS

2.1 Circuit locations

Two VHF oblique-incidence circuits were established, one in the

Far East from Poro Point, Luzon, Philippine Islands, to Onna, Okinawa,

in the Ryukyu Islands and the other in the Caribbean area from Margarita,

Panama. Canal Zone, to Guantanamo Bay, Cuba. The sites in the Far East

were located at existing installations of the United States Information
oz

UJoozI UJg

_iCDOX>

CO oo

£E

Q.

UJJ COUJ

U. t o coz

CO

w 5 A £ 3 ° a

UJ u. X

I- UJ

LU

O 5oQ zooQ

UlX

e>x

CO

CO< o

Q.CO
- 3

-

Agency, in the Canal Zone at the National Bureau of Standards field

station, and in Cuba at the United States Naval Base. Operation and

maintenance of the equipment was performed by personnel already assigned

to these stations.

The path lengths of both circuits "were approximately 800 miles and

continuous wave transmissions at about 50 Mc/s were beamed in a northerly

direction.

2.2 Antennas

All antennas used in the experiment were horizontal five-element

Yagis designed for operation at 50 Mc/s. They were erected at a height

such that the maximum of the first lobe of the overall polar diagram

would illuminate the E-region at the path midpoint. This required a radiation angle of about 7 ancL to insure adequate clearance for the

upgoing and downcoming skywave the maximum elevation of any obstruction

on the radio horizon in the direction of interest was set at 3 •

Location of the first fresnel zones of the antennas over sea water

insures proper formation of the vertical lobe pattern (if tidal variations are small) and this condition was realized in the Philippines,

Panama, and Cuba. In Okinawa, however, other considerations caused

erection of the antenna at a location which placed the first fresnel

zone over land of doubtful quality. Later, a second antenna overlooking

the sea was installed for comparison. However, all data presented here

were obtained using the first antenna.

2.3 Transmitting terminals

The transmitters used in this experiment were designed by W. B.

Harding and built by personnel of the NBS Central Radio Propagation

Laboratory specifically for fixed-frequency 2U-hour continuous wave

transmissions. They were capable of 3 kw output but an output of only

2 kw was maintained during these tests. Auxiliary control equipment

was provided to permit essentially unattended operation. This included

provisions for a two-minute break in transmissions every half -hour, con- tinuous recording of forward and back power, and automatic shutoff and

alarm devices in case of trouble. The recordings of power were not calibrated but were used to give continuity to the power output and VSWR

readings which were taken several times a day.

At all transmitting stations RG-17/U coaxial cable was employed in

the transmission lines between transmitter and antenna.
t*

•H *

cd

tsi !* CO X ~

CQ ts r—

>H

O 5

P

d ^

> >

• •* d rod M LTN00 P o On 1 **— co o ro O H •H VO ON LTN d VO O O O H H LT\ a ro rH On cu rH H CQ rH p

cd CO •s° H a >i CQ •H CO X H o >5 LTN ON !=H •• •- ^ *s cu H X X Pi d H d d d H >> > X d CD o\ CO O-CO r- m cnj S -d- •N CQ rH P d -d •H o •H d o cd O O d O d [•— m r~ r- - S LT\ -H- H H fE) CD P o P P r^ O Pi d X X 1 CO • *\ H vO ,r| 1 O -d vr CO -=J- t— cd P O P CJ T-i & cd cd VO

Cd Ph • *\ 9 -

• *\ o o t- Ph Pi O LT\ H- c— LTN 1

• • H Ph Pi O P- s a s o VD ro evj • CU CD ON H ro cd o cd CQ X x <-\ cd •s s CO £h VT i O CVJ On X! XJ O H CM X d PhC Ph d % fd a CO d - OJ CM J- S a LTN CO -d" O d ro CVJ bO

cd P •" CO LT\ 1

•- cu CD p Ph cO H Ph cd oo co

Ph •H no p • ON p CJ d Ph d d O p • • d CM d ro ro Ph CD o Ph £ o O H ON rH

CO CO LT\ O cu P N < > O VO CO

• bO a d t- CD •H zL >

CO JLj ON C CVl -d- d CM p m ON H H o rH •Hd

s rH w

O

•U cd o

, w

•H

ho a H H H CQ W ^ cd •• CU >H P X > >

-P 2

• t— •- H «- C-- d -d d_ d. d > Ph rH rH •H VO U~\ ON P o ON D— cd

Qi cO in a LTv On LfN d VO o o o H H

1 5

•\ o

cO H ON 9J rH CQ rH p

Pi o ^o t— o H a ;>> CQ •H CQ d r*l O CM co f— on ro ^ — ^ •V CD P H X X d rH d d d H r> J> X o N H d cm 00 CVl \r- •- S ON N CD rH X o d d _E •rH O •H d CJ cd O o *d B

1 1 d •H rH H «- S IT\ O H rH rf <D o d V£, p Vj >> O d d X X CU (-1 ^ ^ On J- Fj 1 HH D— LTN CO rove P CJ P CJ •H CJ1 cd cd VO a

o ••» •*l H o o CX5 Pi Pi o LTN ON H • • CVJ Pi rH O c—

•s S O VO -d- 1) CD CVJ •H O CM cd o CO CQ I X X rH o Ph p •nS S O m h en on X! -a o H - X P<H C Pi d fd d

•H Ph a •» CO o CVl -* a a LTN CO O en CVJ bfl CQ •H H LTN d *• p •• rH CD CD P Ph rH P< CO ro ro

cO H O • d o vj VO P > d Ph d d o p • • X •r-l Ph D— o on ro Ph O o Ph o o rH ON rH X no -=h <D s to < > O VO CO P Ph O o vo o U3 •H =L > > d VD ro H Pi P O VO CVl H CVl O rH

Ph rH W

X

-P rHO CO

<H Pi Pi Ph LTN O CU>

CU p•Hd

PhO

ON

rH

CQ •H P X H

d

d <U H O Pi H •\ <D O a H > r* o

CO P ll! CQ £ d P r> rH p P Pi p u d a

> P Pi Pi d

<D •H d CO "a

1 o H

P a > •H P p a u w3 ch «H > P •H rt CQ •H O d d p g H X O CO •H P u P 3

Pi CD Ph •H •H Pi P cd P d •H cd CJ h>

• CO O d O O H-: a •H ch X d X co CJ a X > d H d H d <u •H Ph Ph O d O •H P Pi CQ P H X d P Pi T> -d Ph Ph o O fe *' P Pi d d £l !> d

CU E

•rH <U «H

•rl

rt P a •H cd •H O H p

H <H Ch <+H a P 9 CO fe P P Pi > cd H <h CH

- o O O P P. CJ a a CO cd P d Pi o cd

r"5 d qn p H CU •H t> X CO d P H H d

CQ CQ CQ o CO a > <+H X •H CO CQ CM co hh d Pi cd d

P CU CD LQ •H o 3 P Pi x CO CQ O X O cd > d d P P Pi P P 0) d d CU P a cd Q O O p > bO O CJ t

CO <U CO CO d o co o d d CD H > u H rH >3 Pi f>j CQ •H rH -rH <+H d

a

!> d d d H Pi CU CD o CJ HH O p P P d CO d co •H -H •H p P P Pi a H rj O Pi Ph > d H ts •rH O O H CQ

Pi -d (1) d d •H CO CD p CO 1 O d a

PhH O H o Cd CQ d

CO Pi o p, Pt P d HH ch O CO -d cd a

HH Ph •H p •H Ph •H d

8) d rH

•H cd d O <l) O O CO •H O O d 5

CD H r-\ ^ 1 H H d X X P

P O Pi O O H H CD & d W cd CO CH O cd <P CO 1

Pi d

O CJ o o X X! ^ &

I

d W)X; rH d d P H P O cq p d p<

| <4H CH XI o d p P g P^ p cd CO O O Pi CQ a} CQ p CH CQ O p

[ o o O O p o H •H a g o CU d H X -H •H X <i) 'r-i -H d

•H •H bO «H P t>> o p <D CO d > cd CQ CQ P >3 >J bO CJ d CQ o

J d X d X d XI CJ H H CJ CJ o cd P rH CQ CQ P o Pi CJ d CJ CO I CQ

1 o Ph O Pi CO Ph a

•H N N d HH 4-1 d <P •H > d CO •H •rH a

d d •H d Ph -H Pi

1 •H CO •H CO rH CO P CO CO cu O o CU o p P i O CJ a a > d cq cq a 3> p

b

P Pi

co a b

CO CU d Pi X cd CsJ •H CQ CQ CD d •H d Ph d 1 d CQ 3

CO X a d CD o; a1 <D CU bD > d •H P d d d a4 o1 O d o

o o o o P o o M d d cu P P HH J?

•H cd Pi Ph CO CO co O o tp > CO Ph

| o (1) C5 O 0) p c5

cd Ph

<u CU 1 £££ CO PCO PCD Ph H

Ph H

Ph O

g ££££ K £ Ph Ph £££1 *
- 5

-

2.U Receiving terminals

At the receiving stations, recordings of signal and noise levels

were made in temperature controlled rooms with graphic recorders, in

conjunction with NBS laboratory receivers specifically designed by

K- L. Bowles and P. G. Sulzer for this type of measurement at a fixed

VHF frequency. These are double -conversion superheterodyne receivers

which are crystal controlled for a frequency stability of one part in

10'. They have a dynamic range of 90 db and a logarithmic output

(linear in decibels). Paper tape recordings were made with a time

constant of 12 secondsCalibration of the receivers using a crystal controlled signal

generator together with a stepped attenuator was performed once or twice

daily in 10 db steps from -30 db to 60 db using db equals one microvolt open circuit voltage as a reference. Approximately once a week,

noise figure and VSWR measurements were made.

One-half inch coaxial cable with loss of O.65 db per 100 feet at

50 Mc/s was used for transmission line at the receiving stations except

for the second antenna at Onna, which being 1,300 feet in length, was

prohibitively long for coaxial cable. In this instance, a four -wire

quadrapole line of #14 hard drawn solid copper wire was installed.

2.5 Other circuits

In addition to the two primary circuits, just described, two asso- ciated circuits were also established. The first was undertaken as cooperative effort in conjunction with the Radio Research Laboratories

of Japan. Our project installed a second transmitting station at Okuma,

Okinawa, which was also operated by personnel of the USIA, and the

Japanese established receiving sites at Hiraiso and Yonago in Japan for

recording the Okumatransmissions.

Transmissions for the second associated circuit were provided by

erecting a second Yagi antenna at the Canal Zone site and splitting the

power output of the transmitter using a hybrid junction. Half of the

power continued to be directed toward Cuba and the other half was beamed

to Guayaquil, Ecuador. At Guayaquil was located the northernmost station

of the Equatorial Scatter Project, which provided the necessary equipment

and personnel to complete the circuit.

Table 1 gives a compact presentation of the pertinent statistics for

the two primary circuits.
- 6

T SS01 NOISSIWSNVyi

—1,1. OJ

ffl

^

J u

>-<

m

o

<tz

<

<

o

UJ>

Ll) o

to<

>-4

Q

o 9 oD

Kf

hU

i; it r

,,r'T^j o

' o ° oo'-«

O ^ CM CMCE

tD I

»ri I 3A0SV qp

<

Z

z

<

o

o

z

<

<

Q

UJ>

UJo

UJ

£Tto<

SS01 NOISSIWSNVHX g

o o og o * » too

CM — —

Art I 3A09V QP

SS01 NOISSIlMSNVdl

I .' ,1 , . 1

-n iJ-4-u

CD

z

<

CDQ

z<

Q

UJ>

COzo

<o

Q

UJo

UJ

cr

<o

o

<

I-enz

o

o

o

o

UJen

I OJ

p I

UJo

<

enQ

CCO

O

UJ

QCen

eno

z

o

en

en

enz

<

U05' l|°«°J3iuj | 3A0SV qP
- 7

-

3- PRESENTATION OF DATA

3-1 General appearance of records

From past experience it was expected that the forward-scatter

signal would always be present and that the meteoric mode rather than

the solar mode would dominate due to the wide beamwidth of the Yagi

antennas. The records, therefore, were expected to be very spiky in

appearance and to exhibit a maximum signal level at about 0600 hours

and a minimum at about 1800 hours local time in the absence of sporadicE enhancements.

The records from the Panama-to-Cuba circuit did prove to be as expected; however, on the Poro-to-Onna records the signal showed an

enhancement in the early evening hours of a type not associated with

sporadic E. The general appearance of the signal trace changed from a wide spiky one to a narrow trace more or less devoid of spikes. This

type of trace is hereafter referred to as the "evening signal anomaly"

(the term "Far Eastern Anomaly" has also been used as the phenomenon,

is much more intense over the Poro-to-Onna circuit than elsewhere).

In Figure 2, part (a) is a day's record from Cuba showing the type

expected when no sporadic E is present. In part (b) is shown a sample

record from each circuit containing a sporadic-E enhancement, and (c)

shows the character of the evening signal anomaly in the Far East and

what appears to be the same phenomenon in the Caribbean.

3.2 Procedures used in scaling signal and noise levels

As a first approach to analyzing the records, they were scaled for

hourly median signal and hourly sampled noise levels (see Tables k and 5)

and from these values the monthly medians for each hour of the day were

obtained. The latter have been plotted as diurnal curves for each month

from October, 1957 through September, 1958> and are shown in Figures 3

through lU. The data have been adjusted to eliminate transmission line

losses and include the contributions from all modes of propagation.

From these graphs it can readily be seen that the signal levels attained

in the Far East were nearly always greater than those in the Caribbean.

The influence of the evening signal anomaly is also very apparent.

Both circuits exhibit their lowest signals during the late afternoon hours of the spring equinox. The maximum signal levels on the

records from Cuba come in the summer at about 0700 hours, while the maximum at Onna is in the evening hours of the fall equinox due to the influence of the evening signal anomaly.
- 8 - o

Ul>

IdO

UJ

<r< m >wozQz< z<oz<<zo

I-<
- 9

«/ i 3*08* qp
10-

Q

UJ>

UJa

to<az<<Iz<

r-- s

ccum5

UJoUJa & o Xo

_)< I 3AC9* qp
-11-

QW

>

UJOUJ

£T

(/> <

</) m -I CD UJ — 3l

w < o

»

(/> o o

» i

z Q z

(3 I

i

z « *z

<X

o

»t/ 1 3A09V qp
-12-

«/ I 3A09V qp
-13-

K* I 3A08V <1P
-Ik.

LJ

IT 8 >

UJ

</> 5z1X o2<z<zoz<<Io
-15- / i1 —

V i /1 1I \ - <m \ \ — o V \ \ 1 \ / 2 \ 1 / <z \ V <*- < z \ \ \\ ~ z < V^^ \ \ Z 3 i o o ^^^^ \ - ^^7 ) \ 11 / / \ 111 J ) / / / / i - / / / - / / i / / i - //1 iii

EVELS EVELS 7 ~ f 1

-J / / w i — i / / s ; %/ / >^ i / \\j ^ Ii \^\ r^j - \ j i \ { I \ \ i — ) \ i / \ / \ i\\\i - / \ / 11 1i\ \ - 1 1 1 1 i , i ,/ i , i , \ i , i1 i _

Q

UJ>

UlaE

V)<> > u

<0oz — . in *

II1 IO

Kit I 3A08* qp
•16-

o

w

>

>

o

<i

(Oz

<o

X

IIdZ

3

<

Xo

z

at/ i 3A09V qp
-17- / l / 1 ii —

>- / 1 / \ / \ !i \ a / \ \ — oZ<z< / \ / \ C \ \ \ ii - K < \ z X. \ z < X. ) \ Z 3 ^v 1 O O \ 1 \ — 1 / 1 / 1 / 1 ( J \i 11 \ - \ / ( \ 1 ) 1 - / / \ — / / 1 / / 1 ( I \ \ — VIu>u

EVEL \1 _l < < 1 -14

ISE 1 — Z

10 / 1 V ! - i \ i \ i \i i _ I / A i / / V i / / \ i / ^11i /// (

III. 1 1 1 1 J i1 i i , i !i . 1 ~ Q

UJ>

UJo

hiK

58

</> -IUJ>o I i 2 S is 3O * 5 <t < J 5 £ £ < <xo

«/ i 3Aoa* qp
-18-

1

( '/ H

\ / —

) V

<

CD 1 O

2

<

z

\ \ -

2 \ \ < z

z < ^ ^ Z 3 1 i \

O (S ^ 1 - ^ J

i

i

1

1 \ / \ —

1

1 V /

\

\

1 I) \

1

i

i 1

1

1 /

i

i i

-

1/

l(

i

i \\ \

\

-IUJ>

Ul

/ 1 UJ // 2

\

i

i _J / /

i

-1<z

o

CO ]

/NOISE i

i

i ^\ i —

i

i

\

) \

i

i

i / -

/ \ i —

/ \ i \ i i — 1,1. i , i , A .

\

1

1

i L i

, // ,:

Q

UJ>

UJo

Ul

aein<

<

Zo

-I<

aW I 3A08V OP
-19-

I 3A08V <1P
-20-

3. 3 Noise levels during transmitter breaks

The noise levels are shown in Figure 15 as a mass plot. The

abscissa scale has been changed to sidereal time and the peaks indicate

when the antennas are looking in the direction of the galactic center.

3.^- Consideration of errors

As can be seen in Figure 2 the number of decibels per scale division of the recording tape becomes non-linear and very large as one approaches -30 db relative to 1 |_lv (which is the region where the noise

values occur). The reading error is therefore greater for noise than

for signal levels. Ideally the daily mean values of galactic noise

recorded at Onna (lat. 26° 30' N, antenna azimuth 2l6° 57' E of n) and

at Guantanamo Bay (lat. 19° 53-5' N, antenna azimuth 203° 53' E of N)

should be almost identical and also should not show seasonal variation.

Actually the annual median value of noise recorded at Guantanamo Bay was

2 db higher than that for Onna. Also the monthly median values of noise

recorded at Onna showed a variation throughout the year characterized by

a probable error for an individual month of 1 db and at Guantanamo Bay

by a probable error of h db. From these values the intercomparison

precision between the two circuits is approximately 3 db. The intercomparison precisions can, in principle, be reduced from 3 db to slightly

over 1 db by the simple expedient of splitting the systematic error

between the two circuits (i.e. adding 1 db to all Onna values and subtracting 1 db from all Guantanamo Bay values). This has not been done

because of the possibility that the error may apply to the noise values

but not to the signal values. Factors which might affect the noise values

but not the signal ones are:

(1) man-made noise levels at the two locations,

(2) precipitation noise on the antennas,

(3) the active sun passing through the antenna lobes,

(k) the increased scaling error for noise values,

(5) temperature drifting in the D.C. amplifiers which has

an accentuated effect on the -20 to -30 db relative

to 1 |iv range.

Factors which would affect both signal and noise levels to the same degree are:

(1) errors in estimating transmission -line losses at transmitting and receiving terminals and deterioration of the

transmission lines,

(2) mismatch of the antennas,

(3) gain variations between calibrations within the receivers

themselves,

(h) errors in estimating the output power of the transmitters,

(5) errors in the signal generators used for calibration.
21-

xxxxxxx xxxxx XXX XXX XX XX XX _

xxxxxxx xxxx X XX XXX XXX XX XX _

xxxxxx xxxxxx XXX XXX xxxx XX

xra XXXXXXX X XXXX XXX XXX XX __

xxxxx i«m x XXX xxxx xxxx X _

xxxx xxxxxxx X X xxxxxx XXX XX

X XXXXXXXKX XX

xxxxxxx xxxx x

XXX XXXXXXX XX

XXW XXXXXXX X

xxxx xxxx xxxx

X X XXXXXX XXXX

X xxxxx xxxxxx

X XXX XXXXX XX

X xxxxxxx xxxx

xxxx XXX

xxxxxx

xxxxx

rx*

XX

XXX

X

XXX

XX

XX

xxxx

xxxxx

XXX

xxxx

xxxx

XXX

XX

xxxx

XXX

XXX

XX

XX

XX

XX

XX

XX

XX

xxx

xxxx

xxxxx

xxxx

xxxx

XX

xxx

—

X XXXXXX XXX XX XX XX xxxxx xxx

xxxxx xxxxx XX XX XX xxxxx xxx

xxxxx xxxxxx X XX XX xxxxx XX X

xxxxxx xxxxx X XX XX xxxxxx XX

XXXXXXX XXX XX XX XXX xxxxx XX

XXXXXXX XXX XX XX xxxx xxx xxx

5

m

XXXXXXX XXX XX XXX xxxx xxxx X b

s XXXXXXXX XM X <z

zo

xxxx XXX xxxx X

1

XXX XXXXXX XXX .1.1, 1 1 1 1

XXX

1

xxxx

1

XX

1

xxx

1 1

1

<r3o

I

%o

< >

UJ <m

£Eo o

u. 5

<

V) z

s

UJ

-J<

>

<

1- UJ

if) o

_l s, o <

111 z X

I'J <a Q z z

in < z

o o

UJ2

1 o

V u.

_JX Ill 1-z

2 o 1- 2

J

u. <t o UJK

y- UJ o Q

-J l/> Q.

(/) to<

at/ I 3A08V QP
-22-

3-5 Sporadic-E statistics

Periods of sporadic -E enhancements for the year October, 1957

through September, 1958 were more closely examined by scaling median

signal levels for each five-minute interval (see Tables 2 and 3). The

criterion for determining these events was as follows:

(1) an abrupt rise in signal level clearly distinguishable

from the background scatter signal,

(2) a duration of the enhancement of at least twelve minutes,

to separate it from strong meteor echoes,

(3) an indication from the appearance of the trace of the

slow, deep fading, characteristic of sporadic-E propagation, to distinguish it from the evening signal anomaly.

The sporadic-E data obtained in this manner are shown in Figure 16

(for Onna, Okinawa) and Figure 17 (for Guantanamo Bay, Cuba) to give an

overall picture of Es occurrence as a function of time of day and month

of the year. Each black square represents a five-minute interval when

the median value of the sporadic-E propagated signal equaled or exceeded

5 db above one microvolt.

In Figure 18 a comparison is made between the two paths of the

percent of time of Es propagation for each hour of the day for the whole

year. Two levels are shown, 5 db above one microvolt representing essen- tially all occurrences and 50 db above one microvolt for times of

"intense" sporadic E. The data from the Far East circuit exhibit two

maxima, one at 10 o'clock in the morning and the other at 5 o'clock in

the afternoon. These maxima coincide for both levels presented. The

Cuban data have only the afternoon peak at about 5 o'clock which shifts

to a slightly earlier time for the "intense" Es. However, the statistical sample of Cuban data is small compared to the Okinawan data and

also a major outage occurred on the Caribbean circuit during May, 195°'j

which was a period of strong morning Es in the Far East. Therefore the

difference in the diurnal curves may not be significant.

The seasonal variations are compared in Figure 19. The expected

summer maximum is evident for both circuits although different in degree.

The Onna curves also have a small but well defined winter maximum and

show minima occurring during the equinoxes. The data from Cuba indicate

that little seasonal variation in Es occurrence exists from October

through February, but show a minimum during March and April.

Cumulative distributions showing the percent of time the level of

the Es propagated signal equaled or exceeded db and above are given

for each month and each circuit in Figures 20 and 21. The curves of the

Onna data separate very nicely into three groups of four months each.
-23-

24

22

20

LJ

16

14

I-LUI2

olO

ro

08

06

04

02

00

—

I

-

1 1

!

1 1

i — 1

1 1

i :," . I' .'

n

1

1

1

i

l|

.'I "

1

\i

,[ — I

1 ,

. 1

1

•

1.

1 .. 1

:

• i

•

I

I

1 1

••'

1 i l

i

' I* i i — i;

i , fi

i —

•

i

i ML 1 'it'll

—

i'l i' ii

—

i — 1

i

i 1 i 1 i 1 i 1 i i , If, i. ,. Ii, 1 ,

'

i i.i.

1 15 1 15 1 15 1 IE> 1 15 1 15 1 15 1 15 1 15 1 15 1 15 1 15 N D J F MAM J J A S

1957-1956J TIMES OF OCCURRENCE OF SPORADIC E EQUAL TO OR GREATER THAN 5db.

ABOVE luv (VALUES ADJUSTED FOR NO TRANSMISSION LINE LOSS) AS

OBSERVED AT ONNA

FIGURE 16
-2k24

22

20

18

16

i

LU

1^

08

06

04

02

00

~

I

i'

I

1

1

•

1

1

1 •

1

:

l I I I I 1 !l I I I

I ONDJFMAMJJAS 15 I 15 I 15 I 15 I 15 I 15 I 15 I 15 I 15 I 15 I 15 I 15

1957-1958

TIMES OF OCCURRENCE OF SPORADIC E EQUAL TO OR GREATER THAN 5db.

ABOVE \um (VALUES ADJUSTED FOR NO TRANSMISSION LINE LOSS) AS

OBSERVED AT GUANTANAMO BAY

FIGURE 17
25-

in * 10 n

3WI1 30 !N30H3d

V. 1 >v —

^0*"*"^ 4 ^*»*^ 1 f

/

-^

.---

/<N^V.V^V — N\>

< ^>

ir^ ~

V

«sC ^""^^^ \> —

^-^ ^^ —-^ V o —

^i=g

"D O ^"^N>^ \ LOLO \_l

1 1

1 | <""

1

1 1

1 1 1 i i i %. -I

00 UJ

si

iS

CVJ CO °g

S

1

UJ>

o

CD<

o

Oif) <

if)

(/) _JUJ

<*o UJ

_l 5

CMO

UJo

m

o z o

o

1

UJ

UJ

u_UJ

2

<

z CO UL <

3

UJ oc O =D o O

u. o

z

u. o

o

UJo

<

z < CVJ CM UJ z tr z

o

a:3 o

CVJ O

o

o

UJ

I o

a

<

a:o

£Lcn

lO lO ^- fO CVJ 3M1 30 ±N33H3d

<

a:a
-26-

co <J- 3WI1 dO ±N30H3d

S"

'

^ l ^r —f~ r i

" " -"",^_

<"'

\

\\V

>

/

/ —

/ /

//

// -~--------_J>-

-a: ^g

^*^ C3> .^i

«s 4

LOLO

v\

1

1 1 1

1

1 1 1 1 1111 1 1 1 l/> \^r ,

CO

00

IT)

I m

o

cr Q ° 5?

u_ <

UJ<

ES

O

OO

LlI

I o

<

o

Q.

05

CO Q

g

CO CD <fr 3INI1 dO ±N30U3dCM

Z

o

CO<

UJCO

UJ
-27-

X < H Z z z o o 2

>-

K

HJ > o <7> Q< __- o:o <r n Ul (0 CDO

u.o Oo

<nz o o ^i 1- z

-? z

CD o

CC UJ H m

(0n tr< w > 2O

a^ I 3A08V qp
-28-

tr<

UJ>

LlJ X

\-

CC >- O <r u_ CD X O H 5

.£ < o 7 > <

1-

>- z

CD <

ID _l o

LU> K

LU <

-J

-J<2 Q

LU> O LU

in

O

O < <

ir <T> o

Q-

(/) "*

II or n LU

ti) o

CO

H 2 O o o

rr

—

1- ^

<r> ^. n o

UJm

LU>

h-<

_l3?3O

3A08V qp
29-

30NV1SI0 3S&3ANI MCH38 qp O O

A-rf I 3AO0V <)P
-30-

Figure 2? compares similar cumulative distribution curves taking the

whole year's data for each circuit and clearly shows that sporadic E was three to five times more prevalent over the Poro-to-Onna path than

over the Panama-to-Cuba path.

3.6 Evening signal anomaly

The evening signal anomaly was first brought to the attention of

members of this project during November, 1956 when E. K. Smith was site

surveying in the Far East. He found that an experimental circuit

operated by the Page Communications Engineering Company of Washington,

D. C.j from Poro Point in the Philippines to Sobe, Okinawa, at a frequency of 36.^ Mc/s was producing peculiar evening signals quite con- sistently during September and October of that year. No information

was available as to the reflecting mechanism except that ground scatter

could be excluded.

When the IGY circuit was installed between Poro Point and Onna at

an operating frequency of kty.Qk Mc/s in September of 1957.* the anomaly

was again observed with signal intensities as high as U5 db above 1 \iv.

Pulse equipment was hurriedly assembled to take advantage of an inspection trip scheduled for November, 1957* The phenomenon had, in the

meantime, become very weak and the November, 1957 pulse tests ended in

failure.

A few months later the Page Company initiated tests over their

Philippines -to-Okinawa path and were kind enough to invite E. K. Smith

to participate in them. Pulse delays pertinent to F-region heights were

obtained. Also a comparison of signal levels received on a single lobe

versus a split lobe (null along the great-circle path) antenna system

indicated that much of the energy was arriving from off the great-circle

path. A problem with these measurements was that the F-layer MUF was very close to the operating frequency, particularly for the 36 A Mc/s

circuit used in the pulse delay measurements and it could therefore be

argued that the pulse delays were peculiar to the immediate vicinity of

the MUF. Another pulse experiment was organized for the IGY circuit for

September, 1958. This experiment* was carried out by J. M. Watts and

L. H. Tveten and was successful in obtaining the range time records shown

in Figure 23 (see also Figure 2 in the Bateman, et al. , 1959) A further

experiment was scheduled for the fall of 1959 at which time angle of

arrival measurements were attempted on the Poro-to-Onna circuit and an effort made to record the evening signal anomaly in adjacent areas to

determine its geographical extent.

*The program of special tests during September, 1958 was supported by

the U. S. Information Agency, International Broadcasting Service.
-31-

Examples of the appearance of this anomaly on the recordings are shown in Figure 2. Mass plots showing the times when signal levels due

to this type of propagation exceeded the threshold values of 5 and 15

db above 1 |av. Actually only four times during the year did the hourly

median value of the anomalous signal reach 5 db above 1 |j.v at Cuba.

It can be seen in Figure 24 that, although the evening signal

anomaly occurs during all months of the year, the September -October

period appears to be the annual maximum and the November-December period

the annual minimum. No pulse measurements were made over the Panama-toCuba circuit, so it cannot be claimed for certain that the same phenomenon is being observed. However, it is interesting to note that the

data for this later path show a complete seasonal reversal for maximum

and minimum periods compared to those observed on the Far East circuit.

4. CONCLUSIONS

The existence of the longitude effect in the occurrence of

sporadic -E propagation suggested by previous data has been affirmed by

this experiment, inasmuch as three to five times more sporadic E

(depending on the reference level) has been observed on the Poro-toOnna circuit in the Far East than on the Panama-to-Cuba circuit in the

Caribbean.

Seasonal variations of the occurrence of sporadic E showed the

summer maximum on both circuits, but only the Far East one had a well

defined winter peak.

Diurnally, sporadic E recorded over the Poro-to-Onna circuit

exhibited a double-peaked daytime maximum, with the peaks occurring at

1000 and 1700 hours. The Es data from the Panama-to-Cuba circuit also

had the daytime maximum but only one peak in the afternoon.

Peculiar evening signal enhancements (referred to as the evening

signal anomaly or Far East anomaly) have been observed, particularly

around the fall equinox, over the Poro-to-Onna circuit. Pulse measurements during these periods made over this circuit show time delays

pertinent to F-region reflections. Pulse broadening points toward a scatter rather than a specular reflection mechanism for these signals.

Only faint evidence of a similar phenomenon has been found in the

Caribbean area.

In this report an effort has been made to present reductions of as much of the data obtained during the IGY program as possible. A paper

has been prepared for publication which will attempt to interpret some

of the findings of the experiment (Smith and Finney, i960).
-32-

a. • * o o o m o cm

ui

t- . . < X

a: t-Q

11

't' - Z

2 a

uj uj a:

_i a. u

uj uj 2;

CO CO U

-J _) o

cl a. ac 3dO0S0"11DSO

Q3a!Vd3«

rO to

CD ! — O

K

O

Q

«o

z

<ahzo

UJ z«zO toEC o w

t- *

a: - Z

°-' UJ O z

2

*

UJ " UJ * s -i

CD jc UJ

cri co in

in<z

K Z

UJ UJ 5 H o z

a. <*

X

t-u

o

>-<

-IUIo

UJ

_J

0-

UlX

UJ a o

Z Q

<

cro

o.Ot3

o

DCa

Ui>

<

UJ

cr < > Z _J z <

O 2

I o

o z

h- <

I O _l cr <

o z

a. <2

£<2

z

UI>

UI

eno

cro

o

UI

cr

uiH

UI

CDZ

<

cr
-33-

co

• •• "S##, S^ft^ ^^^A\\\\VV • ••tyv^vCvXV^YYv

••vt»

* ••

*» v>i • 'Snrii^

CO

GQ

An

••••It..... •••^••fM \ti f*0an__°"<>*

... ••••M^r.V.V

'••itn-- llttli

•tttllllll

,..ww>,........VIW mn.

... ........ ••»1%TT...

... •n\v»vw!, m»' •m ^ # _ wbv^I^

...MA" ***..•.:>«« ii »«i Ml* it it 'mm........

IM.V.—

CO

LO

A"

;;>••••:;£

••• ••• ••v/##i*««

b\\\\\\V^NS***

III—

4)1 Mil

•.•..tl.wj*!*"^-"

I j:;;j I I; 1 II ill \ I 1 nil i l t II \ \

iQco

£<

JO-3

!Q-D

Ifi

GO

>Qi.

|£>-3

!Qq

in

ao!iiO

^co

S^ §

*- o o

O O CM

CD OJ

LLl O

z

Ld <

a: z

Ld z

Li- o

O LU ^£

< m SO

i<» <<

< 3

S2lu

c/) >

o

z <

>"°

LlJ a

H 8f

£*>

LU

a:

a:

O

o

o

CO

LU

CO

-J

LU

>

LU

<\J Ld

=)

CD

awn advawvis ivocn
-3*-

_Q

LO

I

II

_Q

"O

LO

II

»»«•••

•-m/at

* * •J.l-.i.l I I 1 H l- : i M I" HI \ I"

CVJ CD <fr O O <*> CM — O O O CM — —

3WI1 QdVQNVlS "1VD01

O Q

zLlI — > Z(T

LULU

lO rr\ >co SJ CO UJ CDO

£< l-<

_ > — CO i < =*

!Q^>

MCE OVE

«i^>

APPEA -5

db.

!L>5

UJ Q

— 2 2>-

< < 5

£< <"m m

00 ^^ UJ U.O

lO X OS in

CVJ 0> H <

!^S i COZ Ld N x-J< U_—

>

UJ

WIT EVE ANT O

*>u_

l»

li_ -13

C/) o —

TRACE ERENCE AT

lO-3 -

u_

£a °a:

!£22

ENCE FOR —

co-

!Qo

c^ ^

of

U.<

o

!Qco -1

TIME SIGN
-35-

5 . ACKNOWLEDGMENTS

The authors wish to thank the engineering staff of the Voice of

America relay bases in the Far East for their enthusiastic cooperation

and diligent operation of the experimental program, in particular

William R. Harmon, manager in the Philippines, Fred K. Blackburn,

manager in Okinawa, Harold Kenny, Homer Johnson, and Neil Westerdale.

Thanks are due for their assistance in the Far East program to E.C.

Page, Ross Bateman, Glen Pebbles, Bill Miller and Ray Belford of the

Page Communications Engineers; Dr. Casimiro del Rosario, Chairman of

the Philippine IGY Committee; and Father Hennessy of the Manila Observatory at Baguio.

We would like to express our gratitude to the personnel of the U.S.

Naval Base at Guantanamo Bay, Cuba, for operation of that site under the

direction of the Communication Officers, Lt. Douglas I. Smiley and Lt.

Fred L. Bradshaw.

Among the staff of the Central Radio Propagation Laboratory of the

National Bureau of Standards, we would particularly like to thank, for

their contributions to this effort, Alton 0. Crawley, Engineer -in-Charge

of the Panama NBS Field Station; Dr. K.L. Bowles of the Equatorial

Scatter Project; Wesley Harding and Joseph DeGregorio for their part in

the installation phase; and J.M. Watts and Lowell Tveten for the excellent results on the pulse tests.

6 . REFERENCES

1. R. Bateman, J.W. Finney, E.K. Smith, L.H. Tveten, and J.M. Watts,

International Geophysical Year Observations of F-layer scatter in

the Far East, J. of Geophys. Res., April, 1959.

2. K.A. Norton, System loss in radio wave propagation, J. of Research

NBS, 63D, No. 1, July-August, 1959.

3- E.K. Smith, Jr., Worldwide occurrence of sporadic E, NBS Circular

582, 1957-

h. E.K. Smith, Jr. and J.W. Finney, Peculiarities of the ionosphere

in the Far East: Sporadic E and F-region scatter, J. of Geophys.

Res., March, i960.
-36-

7- APPENDIX

RECEIVER CALIBRATION

In the ionospheric forward- scatter program at the Central Radio

Propagation Laboratory, it has been the practice to calibrate the

receivers in terms of open-circuit antenna voltage. This practice was

followed, primarily, because the Impedance of the receiving equipment

was not matched to the impedance of the antenna system. The receivers

used in the VHF Oblique-Incidence Sporadic-E Measurements program also

fell into this category, and the same type of calibration was employed.

The purpose of this appendix is to describe the calibration method and

to show that it does indicate open-circuit antenna voltage. Further,

it is shown how this calibration is related to the transmission loss of

the circuit.

The antennas used in this experiment were horizontal five-element

Yagis with a terminal impedance of 200 ohms. This balanced impedance

was transformed to 50 ohms unbalanced by a balun and matching stubs.

Neglecting the transmission line loss, the antenna system can be

represented by the following circuit:

Z Q

= 50 ohms

a vww

E is the open-circuit antenna voltage,

a

Z_ is the impedance of the antenna system (50 ohms)

The basis of the calibration system is the Measurements Corporation, Model 80, signal generator, modified with a crystal of the desired

series-resonant frequency to provide better frequency stability. The

generator is so calibrated that the voltage indicated by the long fiducial mark, E-i^., is the voltage developed across a 50 ohm load. The pad

mark indicates one-half of this voltage, E ,. In conjunction with the

signal generator, two Measurements Corporation pads, 80-ZH3> are used to

isolate it from the receiver. These pads, when terminated with 50 ohms,
-37-

have an input impedance of 50 ohms and each pad provides an insertion

loss of 6 db (drop in voltage of one-half). However, regardless of the

impedance of the signal generator, the impedance looking back into the

two pads when attached to the output of the signal generator is approximately 50 ohms. The signal generator and two pads when ideally loaded

with 50 ohms are represented by the following circuit:

EsgffY/

Pads

R2 IL50 ^

E50

j 1 : r

u

E is the voltage developed by the signal generator,

sg

Z is the internal impedance of the signal generator.

s g

R is a resistance of l6.6 ohms.

R

p

is a resistance of 66.9 ohms.

L,-~ is the ideal load of 50 ohms.

E,-n

is the voltage of the calibration system across

50 ohm load.

Due to the presence of the two pads in the circuit, the voltage

developed across the 50 ohm load is equal to one-quarter the voltage

indicated by the long fiducial mark and one-half the voltage indicated

by the pad mark or:

Eq_ = l/k E_. = 1/2 E

50 If pad

According to Thevenin's theorem, the network to the left of the

dashed line, insofar as the load impedance is concerned, behaves as though it were equivalent to a simple generator having an internal impedance Z and a generated voltage E, where E is the open-circuit voltage

and Z is the impedance looking into the network when all sources of

voltage in the network are short-circuited. The impedance, Z, looking
-38-

back into the calibration network is, as previously explained, approximately 50 ohms. The equivalent circuit is therefore:

Z = 50 ohms

VW\A/

L 50> E

e

From this equivalent circuit, it is readily seen that the generated

voltage E is equal to twice the voltage across the 50 ohm load, E equals

2(E[-n

), and therefore equal to the voltage indicated by the pad mark, E

equals E^a

^« The equivalent open-circuit of the calibration system can then be represented by:

Z=50 ohms

AAAAA, .

Epad

Therefore, when the voltage across the terminals of the antenna

system is equal to the voltage indicated by the pad mark on the signal

generator, the calibration system is the open-circuit equivalent of the

antenna system and, no matter what load impedance is placed across the

terminals by the receiver, the same amount of power will be delivered

to it by both systems.

In the actual calibration of the receivers, the pad mark of the

signal generator is set on 1000 microvolts. The output of the receiver,

as indicated on an Esterline -Angus recorder chart, produced by this

calibration voltage is designated as 60 db above one microvolt opencircuit antenna voltage. Other calibration levels are obtained through

the use of a variable attenuator, which is calibrated in decibels. This

attenuator was found to perform most accurately when placed between the

two pads.
-39-

In determining the system loss, L , (Norton, 1959) which excludes

any transmitting and receiving antenna transmission line losses, it is

necessary to know p , the radio-frequency signal power input to the

terminals of the transmitting antenna, and p , the resultant radiofrequency signal power available at the terminals of the receiving

antenna. In this experiment, p, was 2 kw, the power output at which the

transmitter was maintained, and p was the radio- frequency signal power

available to a load having an impedance equal to the antenna impedance

of 50 ohms. For the reference level of db (one microvolt open-circuit

antenna voltage), the transmission loss is calculated as follows:

p = 2 kw = 2 x 103 watts

P, = 10 log p = 10 log (2 x 103

) = 33 dbw

<V

2

(Eod/ 0- * 10

" 6

)

2 , 10-15 t+ Pa

- -g - T-g— = "TT7507 = 5 x 10 Watts

P = 10 log p = 10 log (5 x 10'15

) = -1^3 dbw

3. 3.

L = P+

- P = 33 - (-1^3) = 176 db

b Tj a

In the antenna system used in this experiment, the antenna circuit

losses other than those associated with its radiation resistance were

small and have been ignored. Therefore the transmission loss, L, was considered the same as the system loss.
-toTable 2. Tabulation of median signal levels for every 5 -minute

interval during periods of sporadic-E propagation as received at Guantanamo.

Values are in db above 1 u.v., adjusted

for no line losses and 2 kw output of transmitter

75 °W Time

Date Time db Date Time db Date Time db Datek Time db

Oct 6 H+10 -6 Oct 6 1725 G Oct 11 O83O Nov 20 1905 -11+ 15 G 30 18 35 23 10 -7

20 8 35 29 ko 36 15 12

25 G 14-0 35 k5 37 20 17

30 k k5 35 50 1+0 25 9

35 17 50 33 55 23 30 5

ko 9 55 G 0900 35 1

k5 1+2 1800 1+1+ 05 G 1+0 Ik

50 3k 05 37 10 1 k5 10

55 1+2 10 19 15 15 50 1+ 1500 k5 15 31 20 28 55 -8

05 52 20 ko 25 23

10 kk 25 k5 30 16 Nov 21 1550 -5

15 50 30 3k 35 27 55 -1

20 53 35 kl ko 26 1600 22

25 56 40 5k k5 16 05 16

30 17 k5 k2 50 8 10 1+ 35 30 50 26 15 -6

1+0 16 55 13 Nov 2 1555

k5 G 1900 27 1600 6 Nov 21+ 2310 -9

50 11 05 35 05 7 15 10

55 G 10 k9 10 12 20 20

1600 5 15 kQ 15 11+ 25 2k

05 G 20 kl 20 26 30 22

10 k 25 3k 25 20 35 15

15 G 30 kl 30 11 ko 9

20 26 35 51 35 9 k5 5

25 23 ko 5k ko 13 50 -6

30 26 k5 63 k5 ll+ 55 -2

35 63 50 58 50 23

ko ^3 55 51 55 18 Nov 28 1'??:: k5 63 2000 k5 1700 16 30 5

50 63 05 k3 05 25 35 -7

55 G 10 ko 10 25 1+0 -11

1700 13 15 3k 15 15 k5 -8

05 16 20 19 20 1+ 50 -12

10 28 25 G 25 -2 55 2

15 13 30 -10 30 -10 1600 -7

20 9 35

1+0 -13

-16

05

10

-13

1

G Outage
Table 2 (Cont'd)

~4lDate Time db Date Time db Date Time db Date Time db

Nov 28 1615 18 Dec 5 0400 17 Dec 27 II35 29 Jan 12 0045 12

20 6 05 31 ko 52 50 16

25 22 10 18 45 49 55 -12

30 k 50 4 0100 5

35 11 Dec 5 2014-5 -2 55 28 05 -3

4o 19 50 6 1200 30 10 -2

45 23 55 18 05 41 15 29

50 16 2100 20 10 41 20 2

55 24 05 10 15 21 25 -3

1700 20 10 -k 20 20

05 32 25 36 Jan 14 1900 -7

10 k6 Dec 17 1330 -2 30 55 05 13

15 45 35 12 35 36 10 17

20 37 ko 51 4o 30 15 23

25 3^ 45 9 45 15 20 11

30 3^ 50 6 50 7 25 2

35 31 55 -2 55 43 30 1

14-0 27 1300 3 35 -2

45 35 Dec 17 1420 9 05 -1 4o 1

50 30 25 39 10 7 45 2

55 18 30 33 15 54 50 3

1800 2k 35 29 20 54 55 -7

05 29 ko 17 25 50

10 8 45 -6 30 k5 Jan 15 0820 -4

15 8 50 14 35 k9 25 13

20 5 55 25 40 50 30 6

25 10 1500 11 45 50 35 6

30 12 05 11 50 ^7

35 -5 10 10 55 4o Jan 17 1415 12

4o -10 15 11 i4oo 9 20 2

20 3 05 -7 25 11

Dec 1 1125 25 -3 30 -5

30 k 30 -5 Jan 11 2345 3

35 -5 35 -9 50 2 Jan 17 1630 -12

ko 6 ko -5 55 -1 35 2

45 -3 45 -1 Jan 12 0000 6 40 -5

50 -1 50 -8 05 4 45 -7

55 Ik 55 -10 10 -10 50 -6

1200 -7 15 4 55 -2

05 -1 Dec 27 1110 ik 20 19 1700 7

10 2 15 5 25 18 05 31

15 -5 20 -7 30 24 10 50

20 10 25 -5 35 14 15 52

25 -1 30 32 4o 17 20 48
Table 2 (Cont'd)

42.

Date Time db Date Time db Date Time db Date Time db

Jan 17 1725 ^3 Jan 2k 2050 39 Feb 3 llHO 36 Feb 10 1950 42

30 ko 55 35 15 36 55 32

35 kk 2100 23 20 42 2000 k9

4o 22 25 42 05 kl

45 20 Jan 25 1900 -10 30 53 10 kl

50 20 05 -10 35 53 15 39

55 17 10 13 ko 56 20 29

1800 2 15 15 45 50 25 4

05 -1 20 7 50 56

10 -3 25 -1 55 50 Feb 14 1825 -14

15 -3 30 -2 1500 59 30 -10

20 5 35 -8 05 61 35 -1

25 -3 ko -11 10 58 40 17

30 -8 45 1 15 48 45 30

35 -11 50 -12 20 50 50 22

40 -13 55 -2 25 25 55 18

2000 k 30 22 1900 18

Jan 18 1800 -15 05 28 35 12 05 13

05 -13 10 33 ko 9 10 4

10 5 15 13 45 10 15

15 -6 20 -6 50 15 20 -4

20 -Ik 55 12 25 -10

25 -13 Jan 26 1315 -k 1600 13

30 -5 20 22 05 10 Feb 15 1800 -17

35 -4 25 32 10 2 05 -10

4o -4 30 32 15 -8 10 -7

k5 6 35 29 20 -14 15 -17

50 18 ko 37 25 -16 20 -16

55 22 ^5 22 25 4

1900 20 50 k Feb 5 1725 30 3

05 12 55 30 16 35 -2

10 5 1400 -3 35 10

15 -15 05 7 ko -2 Feb 16 1730 -19

10 20 45 -2 35 -14

Jan 24 2000 -2 15 k 50 -2 40 -1

05 10 55 -5 k5 18

10 5 Feb 3 1330 -13 1800 -4 50 46

15 6 35 -12 05 4 55 46

20 12 ko -9 10 1800 31

25 15 ^5 -8 05 25

30 24 50 Feb 10 1930 -13 10 10

35 38 55 35 35 32 15 -3

it-0 kk 1400 23 40 32 20 -3

45 kl 05 23 45 23 25 15
-1+3-

Table 2 (Cont'd)

Date Time db Date Time db Date Time db Date Time db

Feb 16 I83O 10 Apr 27 1850 -17 May 5 0350 Ik

35 10 55 -9 55 18

ko 6 1900 2 01+00 9

k5 11 05 -6 05 2

50 Ik 10 8 10 -5

55 13 15 12 15 -5

1900 11 20 19

05 11 25 26 May 5 1800 -13

10 15 30 35 05 20

15 16 35 if2 10 kl

20 19 ko 1+1+ 15 1+8 25 18 1+5 37 20 3k

30 12 50 32 25 6

35 Ik 55 31 30 2k

lK> 9 2000 Ik 35 11

k5 28 05 -3 ko 21

50 18 10 -5 1+5 26

55 -3 15 -10 50 23

20 -9 55 -1

Mar 8 2100 -7 25 -8 1900 -1

05 -7 30 -8 05 12

10 -5 35 -10 10 -2

15 -5 ko -13 15 -10

20 -6 20 -5

25 May 5 0215 -10 25 -7

30 20 -8 30

35 -2 25 -3 35 -1

1+0 -1+ 30 -1 ko k

1+5 1 35 -3 k5 7

50 -2 ko -3 50 21

55 16 1+5 6 55 15

2200 38 50 5 2000 33

05 32 55 8 05 33

10 22 0300 16 10 26

15 2 05 7 15 -1

20 -1 10 8 20 -3

25 15 15 2l+ 25 6

30 21 20 2k 30 -6

35 -2 25 37

ko -12 30 30 May 8 1805

'

-4

h5 -5 35 29 10 9

50 -10 1+0 2k 15 35

55 -11 k<? 19

Jun 9

Jun 9

Jun 9

Jun 13

Jun Ik

1610 -1

15 -7

20 1

25 11

30 7

2255 -9

2300 -1

05 -5

10 -7

2325 -8

30 12

35 Ik

ko 28

k5 7

50 7

55 3

1830 9

35 18

ko 18

k5 11

50 3

55 -5

1035 12

ko 11+ k5 -5

50 -5

55 -5

1100

05 11

10 8

15 -k

20 -3

25 33

30 1+0 35 6

ko 3

k5 28

50 7

55 14
Table 2 (Cont'd)

khDate Time db Date Time db Date Time db Date Time db

Jun Ik 1200 5 Jun 17 1720 k6 Jul 5 13^0 16 Jul 9 1125 36

05 17 25 k k5 16 30 29

10 9 50 9 35 13

15 22 Jun 19 1825 55 k ko 11

20 13 30 -1 k5 37

25 26 35 13 Jul 9 0810 8 50 k3

30 26 ko 17 15 2 55 kk

35 17 k5 1 20 -1 1200 50

ko Ik 25 05 50

k5 15 Jun 20 1415 -k 30 33 10 h3

50 2 20 6 35 30 15 hi

55 -3 25 6 ko 22 20 hi

1300 30 11 k5 10 25 55

05 1 35 18 50 6 30 52

10 9 ko 17 55 11 35 5k

15 11 k5 16 0900 3k ko 52

20 15 50 -1 05 19 k5 57

25 12 55 -2 10 8 50 55

30 6 1500 31 15 -2 55 37

35 12 05 32 20 -2 1300 3k

ko 25 10 30 25 -2 05 50

k5 k2 15 1 30 16 10 51

50 k9 35 6 15 35

55 51 Jun 20 2225 19 ko -1 20 55

1^00 57 30 11 k5 2 25 50

05 ^9 35 16 50 27 30 37

10 50 ko 15 55 30 35 52

15 26 45 28 1000 56 1+0 62

20 26 50 k6 05 39 k5 63

25 21 55 2k 10 36 50 60

30 11 2300 32 15 39 55 kl

35 k 05 28 20 3 1400 68

ko 10 22 25 1 05 60

45 6 15 29 30 3 10 68

50 -3 20 30 35 35 15 >68

55 38 25 39 ko 18 20 >68

1500 kl 30 21 k5 k5 25 >68

05 39 35 21 50 k9 30 >68

10 2 ko 19 55 3k 35 >68

15 10 k5 k 1100 53 ko >68

50 -k 05 59 k5 >68

Jun 17 1705 28 10 ko 50 >68

10 3k Jul 5 1330 1 15 39 55 >68

15 k3 35 15 20 kl 1500 >68
Table 2 (Cont'd)

45-

Date Time db Date Time db Date; Time db Date Time db

Jul 9 1505 >68 Jul 9 1845 9 Jul 19 1235 -1 Jul 23 1520 5

10 >68 50 10 4o 6 25 7

15 67 55 3 45 18 30 12

20 68 1900 3 50 25 35 13

25 >68 05 1 55 23 40 13

30 66 10 4 1300 5 45 19

35 64 15 -2 05 -4 50 38

J^-0 65 20 1 55 37

45 56 Jul 20 1210 15 1600 45

50 G Jul 11 1530 15 33 05 33

55 G 35 33 20 39 10 18

1600 56 4o 41 25 43 15 3

05 50 45 11 30 45 20

10 41 50 18 35 32 25 -4

15 37 55 8 40 27

20 53 1600 14 45 36 Jul 26 0645 13

25 21 05 35 50 4o 50 11

30 56 10 9 55 51 55 11

35 53 15 3 1300 33 0700 5

40 47 20 8 05 11 05 8

45 41 25 16 10 10 10 13

50 30 30 42 15 5 15 13

55 2 35 13 20 28

1700 5 40 9 Jul 20 1350 -8 25 9

05 2 45 8 55 10 30 14

10 -1 50 5 i4oo 19 35 9

15 -1 55 7 05 3 40 14

20 1700 7 10 -5 45 9

25 21 05 8 15 -7 50 16

30 25 10 6 20 -4 55 7

35 30 15 5 25 -4

40 35 20 2 30 10 Aug 5 i64o

45 28 25 -1 35 14 45 14

50 32 40 14 50 15

55 4o Jul 11 1810 23 45 14 55 15

1800 34 15 2 50 1 1700 21

05 26 20 3 55 1 05 20

10 31 1500 -4 10 23

15 43 Jul 13 2030 05 -6 15 20

20 16 35 25 20 23

25 11 4o 16 Jul 23 1500 -4 25 23

30 5 05 -2 30 23

35 3 Jul 19 12; -8 10 -3 35 26

4o 20 30 -2 15 -1 40 20
Table 2 (Cont'd)

-46-

Date Time db Date Time db Date Time db Date Time db

Aug 5 1745 14 Aug 21 I63O 30 Sep 10 1535 -7 Sep 12 1720 22

50 10 35 37 40 -3 25 23

55 2 ko 2k 45 5 30 12

1800 7 45 48 50 5 35 10

05 5 50 63 55 -5 40

10 -1 55 68 45 -9

1700 66 Sep 12 1400 43 50 -7

Aug 5 1910 5 05 67 05 17 55 7

15 43 10 65 10 11 1800 -8

20 15 15 38 15 18 05 -6

25 14 20 23 20 23 10 4

30 17 25 30 25 21 15 4

35 15 30 30 30 46 20 -1

40 5 35 42 35 39

45 9 ko 35 40 40 Sep 19 1450 -1

50 12 45 45 45 50 55 15

55 10 50 48 50 21 1500 29

2000 12 55 51 55 41 05 43

05 12 1800 48 1500 63 10 44

10 1 05 45 05 62 15 24

15 -1 10 40 10 27 20 44

20 1 15 34 15 8 25 43

20 32 20 -2 30 60

Aug 18 0040 -6 25 34 35 62

45 9 30 42 Sep 12 1540 29 40 56

50 35 46 45 33 45 60

55 24 ko 44 50 25 50 57

0100 21 45 48 55 35 55 54

05 31 50 49 1600 51 1600 60

10 32 55 48 05 51 05 59

15 32 1900 48 10 62 10 60

20 2k 05 36 15 51 15 61

25 19 10 43 20 G 20 61

30 27 15 43 25 G 25 67

35 26 20 30 30 52 30 63

4o 33 25 42 35 50 35 65

45 33 30 45 40 48 40 61

50 35 35 33 45 40 45 61

ko 41 50 23 50 55

Aug 21 1605 -11 45 27 55 10 55 52

10 -8 50 3 1700 40 1700 55

15 10 55 -2 05 40 05 53

20 5 2000 -2 10 47 10 60

25 7 05 1 15 28 15 59
Table 2 (Cont'd)

.1+7-

Date Time db Date Time db Date Time db Date Time db

Sep 19 1720 59 Sep 20 O9I+O 19 Sep 21 1515 1+8 25 h9 1+5 8 20 1+1+ 30 39 50 18 25 17

35 39 55 30 10

1+0 39 35 1+2

1+5 1+5 Sep 20 1015 -3 1+0 30

50 1+8 20 1+ 1+5 18

55 hi 25 8 50 13

1800 50 55 13

05 ^7 Sep 21 0855 9 1600 19

10 3^ 0900 7 05 31

15 37 05 10 28

20 38 10 -8 15 36

25 33 20 20

30 33 Sep 21 1010 -6 25 1+ 35 38 15 3 30 12

i+o 29 20 21+ 35 16

1+5 35 25 37 1+0 17

50 32 30 30 1+5 20

55 31 35 21 50 23

1900 27 14-0 ^9 55 11

05 10 1+5 22 1700 -1+ 10 7 50 hi

55 5h Sep 26 11+1+0 -7

Sep 20 O305 -5 1100 3h h5 -2

10 2 05 ij-3 50 1+ 15 -5 10 37 55 7

20 -2 15 35 1500 8

25 2 20 37 05 7

30 -h 25 ^7 10 8

35 -6 30 53 15 -1

1+0 -2 35 50 20 -2

h5 9 1+0 1+5 25 -1+ 50 22 hi 27

55 28 50 20

0900 26 55 18

05 39 1200 1+ 10 1+1+ 05 -2

15 38 10 -2

20 37 15 -2

25 ^3

30 3^ Sep 21 1505 -1+ 35 36 10 1
k8-

Table 3- Tabulation of median signal levels for every 5-minute

interval during periods of sporadic -E propagation as received at Onna.

Values are in db above 1 ji.v., adjusted

for no line losses and 2 kw output of transmitter

I350E Time

Date Time db Date Time db Date Time db Date Time db

Oct 1 1830 8 Dec 2 1645 18 Dec 16 1535 6 Jan 3 1455 49

35 13 50 ko ko 5 1500 49

4o 19 55 ko 05 51

45 10 1700 45 Jan 1 1300 -2 10 52

50 IT 05 kl 05 10 15 51

55 10 10 60 10 7 20 51

1900 10 15 56 15 k 25 49

05 18 20 59 20 7 30 50

10 29 25 63 25 k 35 50

15 G 30 >63 4o 50

20 G 35 56 Jan 1 1345 2 45 kl

25 G ko 58 50 k 50 50

30 G 45 58 55 13 55 49

35 G 1750 53 1400 k 1600 45

4o 34 55 45 05 05 39

45 18 1800 20 10 31

50 I4-0 05 ko Jan 1 1515 6

10 3k 20 27 Jan 5 1500 -6

Oct 6 I825 1*. 15 3k 25 19 05 -1

30 21 20 k2 10 18

35 36 25 37 Jan 3 1310 21 15 6

4o 47 30 31 15 5 20 10

45 kk 35 25 20 9 25 11

50 kl ko 9 25 39 30 16

55 29 45 20 30 6 35 16

1900 32 50 8 35 3 '40

45

26

26

Oct 6 1945 10 Dec 16 1435 -1 Jan 3 1355 -3 50 13

50 11 ko 10 1400 6 55 7

55 12 45 2 05 5 1600 2

50 -6 10 20 05 6

Nov 17 1520 23 55 -6 15 19 10 10

25 kk 1500 -3 20 3k 15 9

30 23 05 1 25 k6 20 20

35 21 10 6 30 kk 25 30

ko 16 15 11 35 37 30 33

k5 12 20 30 ko 31 35 30

50 8 25 32 45 ko 4o 23

55 k 30 21 50 42 45 19

G Outag<a
-1*9-

Table 3 (Cont'd)

Date Tine db Date Time db Date Time db Date Time db

Jan 5 1650 15 Jan 13 2055 24 Jan 15 1520 -5 Jan 18 1325 20

55 21 2100 20 25 -8 30 53

1700 G 35 53

05 G Jan 15 1015 15 Jan 16 1230 5 40 57

10 G 20 14 35 17 45 57

15 20 25 12 40 10 50 51

20 19 30 9 45 11 55 38

35 7 50 11 1400 20

Jan 7 1230 -2 40 8 55 11 05 14

35 3 45 4 1300 14 10 16

1*0 11 50 3 05 11 15 6

45 17 55 5 10 11 20 15

50 14 1100 10 15 2 25 7

55 9 05 42 20 -3 30 18

1300 4 10 24 25 -5 35 14

05 9 15 17 30 40 12

10 8 20 3 35 8 45 25

15 9 25 -3 40 3 50 32

20 2 45 23 55 33

25 3 Jan 15 1315 -6 50 33 1500 20

30 3 20 -5 55 29 05 11

35 9 25 5 i4oo 2 10 10

>*o 14 30 43 05 2 15 12

45 39 35 11 10 20 3

50 54 40 18 25 1

55 48 45 13 Jan 16 1600 -5 30 -4

1400 20 50 44 05 -6 35

05 18 55 41 10 -5 40 6

10 18 1400 18 15 -1 45 6

15 9 05 -2 20 -2 50 3

20 5 10 -2 25 1 55 1

25 6 15 1 30 3

20 4 35 13 Jan 21 1845 14

Jan 13 1900 46 25 5 4o G 50 27

05 20 30 7 45 G 55 29

10 18 35 50 G 1900 41

15 22 40 -8 55 G 05 30

20 19 45 -11 1700 G 10 21

25 19 50 -10 05 G

55 -13 10 G Feb 5 1700 -10

Jan 13 2035 19 1500 4 15 20 05 -8

4o 23 05 6 20 20 10 -3

45 41 10 25 29 15 1

50 37 15 -3 30

35

34

26

20

25

4

13
Table 3 (Cont'd)

-50-

Date Time db Date Time db Date Time db Date Time db

Feb 5 1730 G Apr 5 15^5 -8 Apr 20 0750 12 Apr 20 1125 21+ 35 G 50 -k 55 8 30 1+5 ko G 55 2 08OO 12 35 56

k5 21 1600 12 05 1+1 1+0 57

50 22 05 7 10 57 1+5 38

55 19 10 9 15 56 50 1+8 1800 19 15 3 20 51+ 55 1+6 05 22 20 6 25 1+8 1200 39

10 18 25 5 30 k3 05 1+1 30 k 35 18 10 1+0 Mar 2k l6l5 -5 35 3 ko 7 15 38

20 28 1+5 3 20 3k

25 39 Apr 10 0030 50 k 25 33

30 28 35 2 55 G 30 32

35 21 ko 0900 G 35 21+ 1+0 9 1+5 -2 05 G 1+0 18

1+5 k 50 -2 10 G k5 ll+ 50 55 -1 15 9 50 7

55 -5 0100 2 20 G 55 6

05 5 25 20 1300 6

Mar 29 0020 12 10 4 30 22 05 7

2£ 18 15 2 35 53 10 5

30 21 20 1 1+0 31 15 -6

35 2k 25 3 1+5 16

1+0 26 50 33 Apr 22 1600 -10

1+5 2k Apr 15 2150 10 55 16 05 -9

50 23 55 2 1000 13 10 -6

55 IT 2200 5 05 10 15 -6

0100 16 05 -5 10 17 20 -1

05 21 10 7 15 k .25 3

10 25 15 10 20 3 30 1+ 15 22 20 7 25 33 35 9

20 15 25 12 30 13 1+0 19

30 5 35 33 45 23

Apr 5 1500 -8 35 -7 1+0 33 50 25

05 -5 k5 -1 55 21+ 10 2 Apr 20 0715 -4 50 -k 1700 23

15 7 20 55 -5 05 25

20 8 25 5 1100 -1+ 10 25

25 2 30 2 05 -1 15 27

30 13 35 7 10 1 20 29

35 -2 ko 5 15 3 25 38

ko -9 k5 23 20 13 30

35

G

G
Table 3 (Cont'd)

-51-

Date Time db Date Time db Date Time db Date Time db

Apr 23 0*4-05 37 Apr 25 2105 2 May it- 2355 31 May 11+ 2005 k5

10 23 10 11+ May 5 0000 28 10 1+6 15 1+1 15 3^ 05 19 15 1+8 20 k3 20

25

22

7

10 20 20

25

1+1 k6

Apr 2k 1030 28 30 7 May 5 0905 30 1+1+ 35 1+0 35 10 12 35 1+0 40 5 1+0 -8 15

20

62

63

1+0 k5

38

39

Apr 24 1105 ll+ Apr 27 11+00 -6 25 5k 50 3k

10 11 05 -3 30 56 55 23

15 1 10 3 35 9 2100 16

15 25 ko G 05 30

Apr 21+ 1215 12 20 21+ k<? -3 10 37

20 19 25 17 15 30

25 19 30 k May 5 1300 17 20 19

30 32 35 -2 05 12 25 28

35 1+2 1+0 -1+ 10 2 30 12

ko 26 k5 1 15 -10

k5 k 50 5 20 -9 May 17 0750 11+ 50 -2 55

1500

8

1

25 -2 55

0800

21

28

Apr 25 1055 -7 05 -3 May ll+ 1015 1+ 05 33

1100 10 -2 20 31 10 33

05 10 15 -6 25 >63 15 61

10 15 30 62 20 60

15 13 Apr 27 15I+5 35 >63 25 57

20 7 50 12 1+0 69 30 60

25 6 55 13 45 65 35 59

30 1+ 1600 18 50 60 1+0 58

35 6 05 16 55 36 k5 62

ko 1 10 8 1100 25 50 61

k5 10 05 62 55 63

50 1 May 2 1150 -2 10 59 0900 62

55 2 55 23 15 5k 05 57

1200 3 1200 1 10 62

05 -5 05 7 May 11+ 1925 30 15 56

10 -5 10 26 30 k6 20 57

15 -5 15 -6 35 k5 25 59

20 -1+ 1+0 1+2 30 25

25 11+ May 1+ 1055 -1+ 45 32 35 22

30 15 1100 52 50 31 1+0 7

35 11+ 05 36 55 35 k5 8

1+0 12 10 -1+ 2000 38 50 12
Table 3 (Cont'd)

•52-

Date Time db Date Time db Date Time db Date Time db

May 17 0955 11 May 18 2225 16 May 19 0820 59 May 20 0910 G

1000 23 30 23 25 61 15 G

05 45 35 17 30 51 20 55

10 53 40 2k 35 48 25 53

15 G 45 19 4o 45 30 G

20 G 50 27 45 28 35 G

25 G 55 34 50 22 40 58

30 G 2300 30 55 59 45 48

35 57 05 29 0900 63 50 50

4o 36 10 19 05 62 55 48

45 58 15 19 10 59 1000 42

50 1+1 20 19 15 60 05 20

55 25 25 22 20 52 10 28

1100 23 30 33 25 57 15 42

05 54 35 ho 30 59 20 41

10 28 4o 39 35 55 25 G

15 32 45 34 1+0 47 30 G

20 23 50 37 45 56 35 G

25 10 55 35 50 22 4o G

30 31 May 19 0000 35 55 12 45 10

35 18 05 20 1000 10 50 20

4o G 10 17 55 25

45 8 May 20 0210 30

May 19 0115 22 15 31 May 20 1515 -2

May 18 0645 23 20 30 20 26 20 12

50 55 25 28 25

^ 60 30 30 May 20 0305 32 30 7

0700 57 35 20 10 33 35 22

05 57 15 30 4o >63

10 59 May 19 0715 17 20 36 45 63

15 59 20 15 25 41 50 49

20 58 25 62 30 29 55 37

25 59 30 63 1600 25

30 49 35 >63 May 20 0825 G 05 13

35 54 1+0 63 30 G 10 6

40 57 45 62 35 G 15 2

k5 60 50 62 40 G 20 4

50 60 55 61 45 G 25 11

55 60 0800 62 50 G 30 10

0800 59 05 55 55 G

05 54 10 59 0900 G May 20 1705 62

10 43 15 61 05 G 10 >63
Table 3 (Cont'd)

•53-

Date Time db Date Time db Date Time db Date Time db

May 20 1715 >63 May 20 2050 G May 22 0930 -2 May 21+ 1820 kl

20 >63 55 G 35 1+ 25 1+0 25 >63 2100 G 1+0 6 30 52

30 >63 05 G 1+5 20 35 20

35 >63 10 G 50 36 1+0 52

1+0 >63 15 G 55 59 1+5 1+8

1+5 >63 20 31 1000 58 50 55

50 >63 25 33 05 36 55 19

55 >63 30 27 10 28

1800 >63 35 21 15 25 May 25 2100 3

05 >63 1+0 18 20 kk 05 8

10 >63 25 3k 10 7

15 >63 May 21 0905 7 30 52 15 6

20 >63 10 2k 35 37 20 7

25 >63 15 38 1+0 6 25 3

30 61 20 12 45 5 30 2

35 62 25 5 50 -7 35 9

1+0 61 1+0 5

1+5 61 May 22 0000 25 May 22 1105 -3 1+5 27

50 59 05 25 10 2 50 10

55 60 10 32 15 1+0 1900 G 15 37 20 55 May 25 221+5 19

05 G 20 31 25 k6 50 9

10 G 25 38 30 k9 55 15

15 G 30 38 35 50 2300 1-9 20 G 35 kQ 1+0 53 05 Ik

25 G ho 5^ 1+5 53 10 Ik

30 G 45 52 50 1+7 15 18

35 G 50 52 55 i+l 20 19

kO G 55 kQ 1200 25 25 28

45 G 0100 51 05 15 30 35

50 G 05 kl 10 10 35 39

55 G 10 k3 15 -1+ 1+0 kk

2000 G 15 50 1+5 l+l 05 G 20 48 May 22 2015 19 50 32

10 G 25 k3 20 18 55 30

15 G 30 35 25 27 May 26 0000 37

20 G 35 33 30 37 05 1+0 25 G ko 27 10 1+1 30 G 1+5 23 May 2k 1800 1+1 15 1+0 35 G 50 18 05 51 20 37

ko G 55 16 10 1+8 25 l+l 45 G 0200 23 15 5k 30 38
Table 3 (Cont'd)

5hDate Time db Dates Time db Date Time db Date Time db

May 26 0035 1+0 May 28 1035 32 May 29 0915 G May 29 1325 51

i+o 38 1+0 21 20 G 30 17

1+5 38 1+5 13 25 G 35 23

50 39 30 G 1+0 23

55 1+0 May 28 1355 8 35 57

0100 36 11+00 13 1+0 1+7 May 29 2000 28

05 18 1+5 1+2 05 30

May 26 1130 20 10 18 50 1+5 10 1+2 35 1+0 15 10 55 hi 15 37

1+0 23 20 1 1000 1+6 20 1+0 ^5 28 25 1 05 51 25 31+ 50 32 10 50 30 31

55 36 May 28 1625 16 15 52 35 33

1200 37 30 26 20 52

05 36 35 30 25 55 May 30 1125 G

10 1+2 ho 31 30 53 30 G

15 1+8 1+5 36 35 51+ 35 G

20 1+8 50 31 1+0 53 1+0 G

25 52 55 31 1+5 1+0 lf-5 K3

30 ^7 1700 21 50 37 50 33

35 25 05 19 55 63 55 21+ i+o 22 10 25 1100 60 1200 25

1+5 21 15 25 05 62 05 1+2 20 21 10 >63 10 1+8 May 26 2010 28 25 37 15 63 15 62

15 ^3 30 51 20 >63 20 >63

20 29 35 33 25 >63 25 >63

1+0 50 30 >63 30 >63

May 27 1020 30 1+5 31 35 62 35 >63

25 51+ 50 1+8 1+0 62 1+0 >63

30 39 55 1+1+ 1+5 61 1+5 >63

35 16 1800 1+9 50 1+0 50 >63

i+o 7 05 1+0 50 11 55 >63

10 8 1200 8 1300 >63

May 28 0920 15 18 05 22 05 >63

25 11+ 20 10 10 >63

30 11+ 25 8 May 29 121+5 3^ 15 >63

35 30 50 ^ 20 63

1+0 37 May 29 081+5 36 55 59 25 60

1+5 1+6 50 k9 1300 51 30 56

50 h9 55 28 05 >63 35 fc5 55 31 0900 l+l 10 1+0 1+0 36

1000 36 05 58 15 36 1+5 38

05 12 10 63 20 51 50 1+1
-55-

Table 3 (Cont'd)

Date Time db Date Time db Date Time db Date Time db

May 30 1355 k2 May 30 1730 51+ May 31 0920 3 May 31 1255 -1

ll+OO k6 35 G 25 3 1300 -1

05 61 1+0 G 30 10 05 8

10 56 1+5 >63 35 17 10 29

15 >63 50 63 1+0 35 15 23

20 >63 55 >63 k5 5 20 30

25 1+6 1800 58 50 8 25 21+ 30 38 05 51 55 7 30 26

35 33 10 l+l 1000 13 35 31

ko 35 15 1+0 05 22 1+0 52

k5 ^7 20 1+0 10 38 k5 h9

50 >63 25 39 15 21+ 50 37

55 >63 30 39 20 h3 55 1+2 1500 1+2 35 38 25 18 11+00 36

05 39 30 3 05 1+2 10 37 May 31 0700 30 35 2 10 1+1 15 35 05 52 1+0 3 15 1+2 20 31 10 51+ 1+5 12 20 1+1 25 28 15 55 50 3 25 1+0 30 27 20 53 55 2 30 12

35 30 25 26 1100

ko 3k 30 23 05 -1 May 31 1615 3

k5 38 35 k9 10 -2 20 23

50 1+2 1+0 k6 15 5 25 56

55 k5 1+5 61 20 16 30 >63

1600 k9 50 56 25 11+ 35 >63

05 51 55 1+5 30 G 1+0 >63

10 53 0800 G 35 G k5 61

15 5k 05 G 1+0 G 50 63

20 5k 10 G 1+5 G 55 >63

25 55 15 38 50 G 1700 56

30 53 20 3k 55 G 05 >63

35 V7 25 32 1200 10 57

ko 56 30 30 05 -1 15 13

k5 53 35 26 10 19 20 2

50 52 1+0 17 15 51

55 1+8 k5 21 20 21 Jun 1 1200 -2

1700 42 50 21 25 12 05 8

05 kl 55 11+ 30 1+ 10 27

10 ko 0900 11+ 35 1 15 2

15 39 05 15 1+0 21+ 20 -1+ 20 l+l 10 9 1+5 8 25 -1+ 25 1+1 15 1 50 3
-56-

Table 3 (Cont'd)

Date Time db Date Time db Date Time db Date Time db

Jun 1

Juri 1

Jun 1

Jun 1

Jun 2

1255 8 Jun 2 151+0 28 Jun 1* 211*0 17 Jun 8 091*5 17

1300 19 1*5 33 1*5 18 50 18

05 12 50 25 50 20 55 1* 10 -2 55 29 55 17 1000 1

1600 31* 05 7

1330 10 05 26 Jun 5 1715 11* 10 28

35 21 10 kk 20 21 15 >63

1K> Hi 15 53 25 19 20 57

1*5 8 20 53 30 19 25 55

50 5 35 30 55

55 Jun 3 1500 7 1*0 -7 35 31* 11*00 2 05 15 1*0 1+8 05 5 10 36 Jun 6 1100 2 1*5 53

10 3 15 38 05 2 50 1*1 15 1* 20 38 10 8 55 8

20 -2 25 52 15 2

30 53 20 -2 Jun 8 1125 30

2050 25 35 52 25 11* 30 1*3 ^ 32 1*0 38 30 1 35 52

2100 31 1*5 52 35 1*0 1*5 05 31 50 38 1*0 33 1*5 12

10 31* 55 22 1+5 38

15 37 50 28 Jun 8 1720 1*2 20 31 Jun k 1920 2 55 15 25 60

25 28 25 -5 1200 28 30 1*5 30 29 30 -2 05 9 35 52

35 32 35 2 10 17 1*0 1*3 1*0 31 1*0 9 15 37 1*5 1*2

1*5 30 1*5 11 20 38 50 51

50 -1 25 1*1 55 51

2205 30 55 -5 30 1*3 1800 56

10 28 35 31* 05 53

15 29 Jun 1* 201*5 11* 1*0 38 10 56

50 22 1*5 1*1* 15 50

U55 5 55 21 50 1*8 20 63

1500 28 2100 11* 55 23 25 58

05 13 05 11* 30 60

10 16 10 17 Jun 7 161*5 12 35 59

15 1* 15 16 50 10 1*0 59

20 -3 20 17 55 23 1*5 33

25 -1* 25 16 1700 16 50 kk

30 15 30 11* 05 -1 55 30

35 28 35 19 1900 55
57-

Table 3 (Cont'd)

Date Time db Date Time db Date Time db Date Time db

Jun 8 1905 57 Jun 11 1825 43 Jun 12 1810 39 Jun 13 1715 51

10 57 30 30 15 38 20 57

15 47 35 9 20 33 25 52

20 63 4o 9 25 27 30 51

25 59 45 12 30 18 35 52

30 51 50 10 35 22 40 55

35 22 55 8 40 31 45 54

14-0 17 45 27 50 53

45 22 Jun 12 13^5

50

8

56

50 14 55

1800

57

56

Jun 8 2o4o 25 55 46 Jun 13 1405 -2 05 31

45 27 i4oo 52 10 2 10 48

50 22 05 57 15 7 15 61

55 28 10 54 20 4 20 >63

2100 28 15 11 25 5 25 59

05 25 20 3 30

35

8

15

30

35

59

54

Jun 8 22^0 13 Jun 12 1600 -7 40 13 40 51

45 18 05 15 45 3 45 53

50 33 10 34 50 56

55 28 15 38 Jun 13 1505 55 44

20 36 10 16 1900 36

Jun 8 2345 20 25 41 15 18

50 21 30 18 20 21 Jun 16 1815 -5

55 19 35 18 25 49 20 4

Jun 9 0000 21 40 36 30 59 25 10

05 20 45 48 35 60 30 17

10 22 50 60 40 58 35 30

15 29 55 53 45 58 4o 58

20 31 1700 49 50 57 45 >63

05 46 55 49 50 >63

Jun 11 1600 13 10 44 1600 53 55 >63

05 21 15 49 05 13 1900 >63

10 7 20

25

52

50

10 2 05

10

63

60

Jun 11 1745 2 30 50 Jun 13 1635 33 15 50

50 17 35 55 4o 37 20 54

55 41 40 48 45 40 25 52

1800 28 45 45 50 25 30 49

05 26 50 43 55 41 35 33

10 42 55 42 1700 43 4o 31

15 52 1800 25 05 47 45 50

20 43 05 45 10 43 50 48
Table 3 (Cont'd)

-58-

Date Time db Date Time db Date Time db Date Time db

Jun 16 1955 k9 Jun 21 1330 G Jun 22 0800 12 Jun 2k O800 57

2000 53 35 G 05 Ik 05 56

05 53 ko 33 10 12 10 58

10 50 k5 ^7 15 13 15 32

15 ko 50 >63 20 23 20 61

20 38 55 >63 25 15 25 59

25 35 11+00 63 30 kk 30 56

30 32 05 62 35 38 35 62

35 29 10 58 ko ^3 1+0 59

ko 21 15 60 k5 38 k5 63

k5 22 20 58 50 37 50 58

50 19 25 61 55 39 55 55

55 16 30 59 0900 20 0900 63

35 60 05 63

Jun 19 llf05 13 1*0 61 Jun 22 1550 33 10 63

10 37 ^5 62 55 30 15 >63

15 ^3 50 >63 1600 kl 20 61

20 k9 55 59 05 16 25 62

25 k3 1500 50 10 19 30 62

30 Ik 05 kk 15 2k 35 59

35 11 10 38 20 21 ko 63

15 33 25 2k k5 63

Jun 20 1600 -6 20 10 30 2k 50 51

05 -6 25 10 35 21 55 50

10 2 30 7 1^0 2k 1000 kk

15 11 35 9 k<? 9 05 21

20 8 ko 26 10 36

25 3 k5 3^ Jun 23 0115 31 15 25

50 26 20 38 20 15

Jun 21 1030 9 55 10 25 36 25 16

35 k5 1600 ko 30 32 25 16

ko 28 05 58 35 37 30 7

k5 16 10 61 ko 29 35 k

15 58 k5 26 ko 2

Jun 21 12I1.5 10 20 kk 50 26

50 15 25 39 55 22 Jun 2k l6k5 3

55 31 30 35 50 2

1300 47 Jun 2k 0730 17 55 26

05 38 Jun 21 1900 22 35 10 1700 k9

10 k2 05 25 kO 57 05 36

15 G 10 23 k5 5k 10 25

20 G 15 23 50 51 15 12

225 G 20 19 55 28 20 11
Table 3 (Cont'd)

-59-

Date Time db Date Time db Date Time db Date Time db

Jun 2k 1725 12 Jun 26 1925 50 Jun 29 1400 55 Jun 30 0200 36

30 35 30 46 05 49 05 29

35 36 35 ko 10 43 10 33

4o 21 15 48 15 19

45 20 Jun 28 1830 9 20 52 20 13

50 11 35 11 25 % 25 11

55 19 ko Ik 30 57 30 9

45 -8 35 61 35 9

Jun 26 1630 -3 ko 52 40 20

35 Jun 29 1110 45 36 45 27

ko k 15 10 50 31 50 30

45 15 20 ik 55 27 55 27

50 17 25 15 1500 37 0300 25

55 8 30 12 05 31 05 34

1700 2k 35 10 10 27 10 29

05 31 ko 7 15 24 15 33

10 in 45 2 20 22 20 33

15 1*8 50 7 25 19 25 34

20 51 55 17 30 14 30 34

25 53 1200 36 35 10 35 39

30 55 05 39 ko 5 40 40

35 55 10 37 45 5 45 36

40 57 15 31 50 4 50 36

45 57 20 30 55 1 55 37

50 60 25 23 o4oo 38

55 58 30 17 Jun 30 0030 6 05 44

1800 61 35 22 35 7 10 44

05 59 ho 22 40 8 15 40

10 62 k5 23 45 12 20 44

15 58 50 26 50 18 25 52

20 58 55 k3 55 22 30 52

25 57 1300 39 0100 25 35 48

30 56 05 30 05 26 40 48

35 54 10 27 10 30 45 55

ko 57 15 2k 15 41 50 52

45 58 20 22 20 41 55 49

50 56 25 20 25 43 0500 50

55 52 30 27 30 38 05 46

1900 55 35 19 35 37 10 47

05 52 ko 21 40 41 15 49

10 47 45 k3 45 4o 20 45

15 45 50 50 50 34 25 41

20 k6 55 52 55 34 30 39
Table 3 (Cont'd)

•60-

Date Time db Date Time db Date Time db Date Time db

Jun 30 0535 38 Jul 4 1000 8 Jul 6. 1335 11 Jul 11 1300 32

ifO 14-0 05 54 40 2 05 38

45 32 10 27 45 3 10 45

50 31 15 46 50 -2 15 10

55 26 20 59 55 -4 20 9

0600 24 25 45 25 8

05 29 30 59 Jul 7 1350 1 30 3

10 23 35 56 55 19 35

15 18 40 51 i4oo 14 40 -1

20 11 45 33 05 6 45

25 10 50 42 10 10

30 11 55 10 15 16 Jul l4 0935 2

35 11 1100 14 20 29 4o 4

4o 10 05 7 25 34 45 12

^5 9 10 43 30 43 50 3

50 8 15 47 35 19 55 4

55 5 20 36 4o 17 1000 6

25 48 45 22 05 10

Jul 1 1030 11 30 63 50 25 10 21

35 15 35 >63 55 21 15 31

4o 20 4o 59 1500 13 20 23

45 28 45 62 05 11 25 23

50 37 50 44 30 11

55 51 55 19 Jul 11 1125 35 4i

1100 53 30 7 40 27

05 58 Ju2. 4 1220 17 35 14 45 18

10 55 25 1 4o 13 50 27

15 53 30 6 45 10 55 23

20 54 35 14 50 14 1100 36

25 48 4o 33 55 10 05- 31

30 51 45 16 1200 38 10 44

35 51 50 1 05 52 15 kl

40 48 55 5 10 55 20 42

45 43 1300 18 15 47 25 53

50 38 05 39 20 55 30 51

55 2? 10 28 25 54 35 33

1200 20 15 7 30 54

05 15 20 14 35 17 Jul 14 1545 5

10 11 4o 15 50 39

15 12 Jul. 6 1320 2 45 13 55 5

20 6 25 -1 50 7

25 2 30 10 55 21
Table 3 (Cont'd)

6.1

Date Time db Date Time db Date Time db Date Time db

Jul 15 0950 29 Jul 15 1325 22 Jul 16 1320 43 Jul 17 1540 -5

55 31 30 40 25 43 45 -4

1000 41 35 43 30 27 50 12

05 kQ 4o 26 35 12 55 27

10 49 45 7 40 8 1600 52

15 54 50 39 05 29

20 52 55 14 Jul 17 1200 -5 10 35

25 56 1400 5 05 8 15 62

30 53 05 4 10 10 20 57

35 56 10 4 15 2 25 >63

4o 54 15 7 30 54

^ 52 20 16 Jul 17 1300 -5 35 62

50 1+6 25 8 05 1 4o 57

55 56 30 16 10 2 ^5 >63

1100 44 35 17 15 4 50 57

05 42 40 5 20 5 55 50

10 4l ^5 4 25 5 1700 >63

15 26 50 9 30 7 05 55

20 7 55 8 35 4 10 49

25 11 1500 5 4o 6 15 49

30 10 05 -4 45 4 20 23

35 4 10 1 50 25 7

4o 3 55 3 30 3

^5 4 Jul 15 1600 -1 i4oo 3 35 10

50 5 05 -3 05 10 4o 14

55 1 10 18 10 45 45 6

1200 10 15 13 15 46 50 26

05 52 20 24 20 19 55 33

10 28 25 4 25 19 1800 16

15 14 30 -2 30 19 05 -4

20 33 35 16 10 -6

25 9 Jul 16 1200 17 4o 13

30 38 05 5 *5 16 Jul 18 2020 13

35 10 10 2 50 17 25 10

4o 17 15 3 55 15 30 10

*5 19 1500 17 35 16

50 12 Jul 16 1245 05 40 40 26

55 23 50 15 10 15 ^5 29

1300 15 55 20 15 16 50 15

05 27 1300 33 20' 16

10 18 05 42 25 29 Jul 19 0540 16

15 43 10 51 30 6 45

20 22 15 51 35 -1 50 3
Table 3 (Cont'd)

-62-

Date Time db Date Time db Date Time db Date Time db

Jul 19 0555 5 Jul 19 0930 27 Jul 20 1545 5^ Jul 21 1035 50

0600 9 35 32 50 55 40 25

05 18 4o 4o 55 •61 ^5 31

10 10 45 46 1600 >63 50 ^7

15 5 50 36 05 >63 55 50

20 22 55 ^3 10 58 1100 52

25 22 1000 3^ 15 47 05 58

30 27 05 16 20 38 10 32

35 21 10 10 25 33 15 3^

4o 29 15 11 30 28 20 5^

^ ^5 20 4 35 25 25 36

50 38 25 -3 4o 24 30 28

55 4o 30 3 ^5 37 35 22

0700 46 35 15 50 31 4o ^3

05 3^ 4o 31 55 5 ^5 ^9

10 ^5 ^5 41 1700 24 50 h9

15 v> 50 4 05 16 55 53

20 49 55 4l 10 7 1200 48

25 5^ 1100 42 15 -4 05 52

30 55 05 42 20 5 10 42

35 55 10 M 25 14 15 4l

40 5^ 15 ^7 30 14 20 28

^5 57 20 h9 35 12 25 24

50 60 25 50 4o 8 30 27

55 57 30 51 ^5 7 35 23

0800 5^ 35 51 50 10 4o 13

05 48 4o 56 55 9 ^5 14

10 ^5 ^5 52 1800 7 50 15

15 53 50 38 05 5 55 16

20 59 55 32 10 4 1300 11

25 >63 1200 39 15 05 3

30 *3 05 15 20 -6 10 5

35 47 10 8 25 -5 15 25

40 60 15 -1 30 -2 20 46

^5 61 35 -3 25 52

50 61 Jul 20 1505 -4 4o 30 41

55 42 10 18 ^ 10 35 42

0900 29 15 32 50 9 40 23

05 23 20 39 55 6 *9 15

10 21 25 44 50 9

15 13 30 47 Jul 21 1020 6 55 8

20 13 35 46 25 31 i4oo 9

25 23 4o 5^ 30 50 05 10
Table 3 (Cont'd)

-63-

Date Time db Date Time db Date Time db Date Time db

Jul 21 llHO 11 Jul 24 0920 Jul 25 0910 63 Jul 25 2000 26

15 13 25 15 63

20 12 30 8 20 63 Jul 26 0055 11

25 38 35 44 25 63 0100 20

30 33 4o 37 30 >63 05 23

35 28 45 17 35 >63 10 22

40 6 50 19 4o >63 15 15

45 55 2 45 >63

50 -1 1000 50 >63 Jul 26 0425 3

55 05 -2 55 >63 30 6

1500 -3 10 -5 1000 >63 35 8

05 -6 05 >63 4o 9

10 -5 Jul 24 I63O 32 10 >63 45 39

15 35 56 15 >63 50 35

20 -5 4o 63 20 >63 55 30

25 -5 45 63 25 >63 0500 kQ

30 -6 50 61 30 >63 05 kk

55 43 35 >63 10 51

Jul 22 1635 11 1700 38 4o >63 15 50

4o 14 05 4o 45 >63 20 50

^ 26 10 36 50 >63 25 48

50 21 15 50 55 >63 30 46

55 15 20 23 1100 63 35 44

1700 38 25 15 05 60 4o 42

05 21 30 3 10 61 ^5 4o

10 16 15 60 50 39

15 9 Jul 25 0745 12 20 32 55 29

20 5 50 18 25 23 0600 27

55 29 05 20

Jul 22 1905 -3 0800 42 Jul 25 1450 11 10 11

10 21 05 58 55 9

15 31 10 54 1500 36 Jul 26 1335 -3

20 44 15 39 05 8 40 3

25 44 20 42 ^5 4

30 38 25 k6 Jul 25 1915 9 50 9

35 24 30 54 20 7 55 11

4o 27 35 56 25 7 i4oo 10

^5 29 4o 61 30 8 05 9

50 20 *5 61 35 7 10 11

55 17 50 61 4o- 13 15 8

2000 7 55 61 45 28 20 3

05 5 0900 63 50 35 25 -3

10 -1 05 63 55 27
Table 3 (Cont'd)

64-

Date Time db Date Time db Date Time db Date Time db

Jul 27 0110 21 Aug 1 1530 14 Aug 4 0920 25 Aug 4 2025 11

15 33 35 24 25 33 30 12

20 38 4o 1 30 48 35 10

25 40 35 23 40 14

30 4o Aug 2 0025 27 4o 17 45 20

35 3^ 30 29 *5 5^ 50 20

40 25 35 35 50 60 55 26

45 17 55 52 2100 25

Aug 2 0110 24 1100 53 05 21

Jul 30 1700 57 15 34 05 55 10 7

05 60 20 38 10 57 15 -2

10 27 25 35 15 53 20 -4

15 12 30 4o 20 46 25 2

20 40 35 44 25 47 30 -6

25 18 40 44 30 47 35 2

45 44 35 50 4o 4

Jul 31 1610 2 50 46 4o ^7 ^5 2

15 4 55 39 45 52 50 -3

20 14 0200 47 50 47 55 -6

25 11 05 44 55 k6

30 4o 10 47 1200 5^ Aug 5 0650 8

35 37 15 48 05 54 55 37

40 33 20 ka 10 55 0700 -4

45 20 25 48 15 57 05 -7

50 13 30 43 20 58 10 V

1 55 1 35 43 25 58 15 -3

4o 43 30 57 20 -6

Jul 31 2015 15 ^5 33 35 54 25 2

20 20 50 31 4o 55 30 17

25 47 55 34 ^5 45 35 34

30 50 50 46 4o 36

35 53 Aug 4 0900 13 55 55 *5 3^

4o 55 05 3^ 1300 51 50 31

^ h9 10 35 05 h9 55 24

50 hi 15 26 10 53 0800 24

55 29 20 28 15 57 05 13

2100 43 25 20 20 59 10 1

05 38 25 58 15 -5

10 32 Aug 4 0950 7 30 63 20 -1

15 23 55 47 35 59 25 29

20 20 1000 51 4o 33 30 26

25 20 05 57 45 6 35 19

30 12 10 38 50 4 4o -3

35 16 15 35 55 -1 ^5 -3
-65-

Table 3 (Cont'd)

Date Time db Date Time db Date Time db Date Time db

Aug 5 0850 -9 Aug 6 1230 -1 Aug 7 0740 11 Aug 9 0930 19

55 -6 35 6 45 7 35 6

0900 26 4o 13 50 6 40 -6

05 30 45 21 55 4

10 35 50 22 0800 5 Aug 9 1135 -4

15 23 55 18 05 4 4o 3

20 31 1300 22 10 6 45 19

25 37 05 20 15 13 50 19

30 15 10 14 20 22 55 -7

35 5^ 15 9 25 19

4o 38 20 42 30 23 Aug 9 1310 10

45 ^•7 25 45 35 22 15 19

50 29 30 16 4o 15 20 48

55 4l 45 11 25 38

1000 49 Aug 6 1525 -1 50 12 30 28

05 52 30 20 55 14 35 44

10 52 35 36 0900 13 4o 3^

15 56 05 13 45 36

20 57 Aug 6 1600 19 10 6 50 21

25 56 05 43 15 3 55 21

30 54 10 1 20 -1 i4oo 19

35 55 25 -5 05 39

40 57 Aug 6 1645 8 10 43

^5 60 50 11 Aug 8 1255 7 15 48

50 57 55 -10 1300 52 20 46

55 52 05 57 25 48

1100 52 Aug 7 0620 -4 10 47 30 44

05 40 25 15 58 35 52

10 49 30 -1 20 57 4o 50

15 11 35 25 60 45 51

20 -6 4o 2 30 38 50 63

25 1 45 13 35 34 55 54

30 15 50 17 40 16 1500 53

35 19 55 24 45 14 05 59

4o 23 0700 24 50 7 10 45

^5 10 05 20 55 4 15 53

50 23 10 13 20 57

55 30 15 11 Aug 9 0835 2 25 57

1200 33 20 14 4o 22 30 60

05 18 25 15 45- i8 35 59

10 -11 30 13 50 -2 4o >63

15 12 35 11 45 60
Table 3 (Cont'd)

-66-

Date Time db Date Time db Date Time db Date Time db

Aug 9 1550 60 Aug 10 1515 -k Aug 11 1500 2 Aug 12 1855 20

55 52 20 -2 05 k 1900 30

1600 60 25 39 10 1 05 27

05 58 30 5 15 36 10 23

10 50 35 3 20 19 15 19

15 52 i^O -1 25 63

20 52 ^5 2 30 56 Aug 13 2000 9

25 50 50 ^7 35 10 05 19

30 ^7 55 33 ko 29 10 37

35 38 1600 23 U5 52 15 39

ko ^3 05 22 50 56 20 30

^5 ^0 10 20 55 53 25 3^

50 in 15 18 1600 50 30 31

55 ^5 20 kz 05 ^3 35 3^

1700 ^7 25 ko 10 39 ko 20

05 k9 30 33 15 38 k5 22

10 50 35 Ik 20 37 50 16

15 56 ko 26 25 38

20 62 k5 *T 30 27 Aug Ik 1000

25 >63 50 51 35 27 05 ^

30 >63 55 50 ko 16 10 31

35 >63 1700 50 k5 29 15 k5

ko >63 05 ko 50 kS 20 59

^5 >63 10 32 55 57 25 63

50 >63 15 33 1700 56 30 58

55 >63 20 12 05 51 35 56

1800 59 25 37 10 52 ko 52

05 56 30 29 15 33 k5 kz

10 58 35 k6 20 k9 50 19

15 52 ko k5 25 25 55 37

20 53 k$ 29 30 50 1100 38

25 53 50 12 35 51 05 53

30 56 55 7 ko 53 10 52

35 57 1800 3 ^5 39 15 60

ii-0 58 05 50 29 20 59

^5 57 10 -2 55 32 25 56

50 55 15 k 1800 26 30 5^

55 58 20 5 05 16 35 kz

1900 k6 25 6 10 16 ko kl

05 60 30 -1 ^5 k9

10 1* 35 -4 Aug 12 1830 9 50 k!

15 ^5 ko -1 35 12 55 kz

20 37 k5 7 ko 21 1200 37

25 28 50 ^5 18 05 31

30 2k 55 -1 50 28 10 19
Table 3 (Cont'd)

67-

Date Time db Date Time db Date Time db Date Time db

Aug Ik 1215 7 Aug Ik 1900 56 Aug 15 1805 k Aug 16 0900 53

05 58 10 8 05 k6

Aug lU 1250 10 59 15 Ik 10 k6

55 3 15 57 20 9 15 kQ

1300 5 20 56 25 23 20 ^T

05 k 25 56 30 Ik 25 53

10 -2 30 52 35 10 30 57

35 k3 ko 3 35 1*9 Aug Ik 1600 11 ko k7 ^5 ko ^3

05 8 k5 k6 50 12 k<? 21

10 1 50 50 55 -k 50 38

15 -5 55 kQ 55 Ik

20 -8 2000 k3 Aug 16 0620 -3 1000 17

25 -6 05 kl 25 29 05 30

30 11 10 k2 30 56 10 7

35 19 15 51 35 53 15 1

ko 12 20 kS ko ^3 20

k5 Ik 25 51 ^5 kz 25

50 25 30 k& 50 kk

55 >63 35 k2 55 38 Aug 16 1515 17

1700 57 ko ko 0700 27 20 15

05 >63 ^5 26 05 39 25 -12

10 61 50 27 10 k7

15 61 55 33 15 39 Aug 17 1900 -2

20 >63 2100 32 20 39 05 12

25 >63 05 36 25 kz 10 20

30 63 10 ^0 30 38 15 -7

35 60 15 37 35 17

ko >63 20 39 i^O 36 Aug 20 1^55 k

k5 63 25 ^3 ^5 kQ 1500 29

50 62 30 36 50 k9 05 35

55 63 35 25 55 38 10 36

1800 63 ko 28 0800 k6 15 31

05 62 U5 20 05 kz 20 38

10 >63 50 27 10 k5 25 kz

15 >63 55 32 15 k9 30 60

20 61 2200 25 20 kz 35 53

25 >63 05 31 25 51 ko 56

30 63 10 k6 30 ko ^5 58

35 >63 15 25 35' kl 50 59

^0 62 20 16 ko k<? 55 61

k$ 62 25 15 k<? k9 1600 >63

50 61 50 50 05 61

55 ko Aug 15 1800 -10 55 kk 10 60
-68-

Table 3 (Cont'd)

Date Time db Date Time db Date Time db Date Time db

Aug 20 1615 56 Aug 21 1800 31 Aug 23 1915 -5 Aug 25 1705 11

20 57 05 kl 20 k 10 10

25 55 10 ko 25 -1 15 15

30 55 15 16 30 20 17

35 57 20 -7 35 10 25 16

ko 52 25 -8 ko 7 30 13

k$ 57 30 -8 ^5 9 35 111. 50 53 35 10 50 17 ko 31

55 55 ko 23 55 Ik ^5 19

1700 50 k5 kl 2000 13 50 21

05 53 50 26 05 23 55 20

10 51 55 31 10 21 1800 2i|

15 k9 1900 3^ 15 30 05 32

20 k5 05 36 20 21 10 35

25 39 10 37 25 17 15 in

30 31 15 111 30 2k 20 35

35 2k 20 ko 35 22 25 31

lj-0 21 25 ki ko ko 30 2k

k5 18 30 39 k5 38 35 3k

50 16 35 ko 50 38 ko 27

55 17 ko 39 55 36 k<? 2k

^5 kk 2100 19 50 15

Aug 21 0820 19 50 ^5 05 29 55 19

25 16 55 ^5 10 25

30 ^7 2000 50 15 28 Aug 26 1710 9

35 ^5 05 kl 20 29 15 10

ko 39 10 kQ 25 28 20 31

k5 3 15 51 30 3^

20 k6 35 27 Aug 28 0935 -7

Aug 21 09^0 2 25 k9 ko 21 ko 3

^ 13 30 kl k5 18

50 35 k5 Aug 25 15^5 39 50 31

55 -8 ko kl 50 35 55 18

k<? 36 55 16 1000 30

Aug 21 1705 -k 50 25 1600 17 05 10

10 22 55 26 05 -2 10 Ik

15 21 15 19

20 25 Aug 23 1835 -16 Aug 25 1625 8 20 25

25 28 ko 12 30 30 25 23

30 26 k5 32 35 30 30 k5

35 22 50 36 1+0 28 35 2k

ko 17 55 13 k<? 15 ko 27

k5 36 1900 30 50 Ik k5 10

50 16 05 12 55 12 50 ko

55 37 10 15 1700 10 55 51
Table 3 (Cont'd)

69-

Date Time db Date Time db Date Time db Date Time db

Aug 28 1100 51 Aug 29 1100 28 Aug 30 1240 11 Sep 1 0700 36

05 hi 05 ^3 45 30 05 52

10 60 10 48 50 3 10 54

15 61 15 51 55 -4 15 55

20 61 20 47 1300 -5 20 62

25 62 25 39 05 4 25 60

30 62 30 32 10 7 30 59

35 59 35 20 15 2 35 58

4o ^9 4o 2 20 -9 40 58

45 20 ^ -5 25 -4 45 54

50 12 50 -7 30 -2 50 58

55 10 55 53

1200 6 Aug 30 0845 5 Aug 31 0605 4 0800 56

05 5 50 3 10 11 05 59

10 5 55 -3 15 50 10 58

15 2 0900 -1 20 53 15 54

20 1 05 -3 25 53 20 58

25 -4 10 27 30 52 25 53

15 8 35 ^7 30 55

Aug 28 1910 -5 20 16 40 48 35 59

15 30 25 18 45 46 4o 54

20 28 30 9 50 42 45 57

25 19 35 15 55 46 50 48

30 9 ko 4 0700 52 55 ^3

35 -6 45 13 05 51 0900 50

40 -5 50 33 10 50 05 41

45 -1 55 29 15 49 10 ^5

50 12 1000 14 20 36 15 44

55 21 05 7 25 33 20 43

2000 -7 30 4l 25 37

Aug 30 1055 -4 35 39 30 42

Aug 29 1000 -6 1100 21 4o 3^ 35 ^3

05 -2 05 9 45 39 4o 4i

10 8 10 2 50 4i 45 h3

15 25 15 -7 55 33 50 ko

20 23 20 -3 0800 29 55 22

25 23 25 13 05 28 1000 4o

30 27 30 53 05 38

35 29 35 57 Aug 31 1015 34 10 32

4o 20 ko 18 20 ' 38

45 4 45 28 25 39 Sep 3 1245 19

50 4 50 16 30 38 50 24

55 11 55 -6 55 23
-70-

Table 3 (Cont'd)

Date Time db Date Time db Date Time db Date Time db

Sep 3 1300 19 Sep 7 1445 8 Sep 23 1615 26

05 16 50 3 20 30

10 8 55 5 25

30

31

24

Sep 6 ll40 14 Sep 11 2035 15 35 12

45 18 4o 4 4o 10

50 17 ^5 22 45 3

55 3 50 17 50 -7

1200 55 14 55 -6

05 13 2100 1

Sep 24 1755 3

Sep 7 1205 Sep 3

:

: i.- ;s -8 1800 7

10 49 4o 05 8

15 13 45 13 10 58

20 3 50 23 15 54

25 31 55 9 20 38

30 48 1900 -6 25 -6

35 58 30 -9

4o 51 Sep 20 0100 -3 35 -7

45 55 05 3 4o

50 10 10 2 45 36

55 4 15 6 50 50

1300 16 20 12 55 45

05 12 25 13

10 15 30 14 Sep 25 1235 -10

15 58 35 15 40 15

20 62 45 10

25 46 Sep 22 1800 30

30 15 05 30

35 16 10 4l

4o 35 15 47

45 47 20 50

50 47 25 hi

55 31 30 34

1400 25 35 24

05 -4 4o 22

10 7 45 17

15 46 50 26

20 44 55 32

25 45

30 49 Sep 23 1600 -2

35 20 05 1

4o 16 10
71-

mcm r—

inON

CD •8

-poo

p

CO

-p

!

o

0)u

to

CO

CO H

(1) H

H

CO.

toa

CO P

«HoP

a-p8

H

cmno |co

•H1

>» H

I

H

O

ae

<u -p

co3

•is

CO

roH

it-

!«

•9

4) 3

<

ro

C\J

-3- H

I m

H

i onH

i -*

rH

I -*

rH

I -*HI -*

H

I CMH

I O

H

l O

CO.* CM H H H I i I CM -3" -*

r-\ H H I I I CM in ro H H H t i t CM in.* H H H I i I in fr— in

H H H

I I I

Lf\ fr— CM H H r-{

I I I in in ro

r-l r-l <~1

I I I CM in CM

rH rH rH

i i i MOO Hi O ON NO H l I

l O ONCO

I*- CO fr- frI I I I

c-vo fr-co

I I I I

fr- fr-00 fr- ill I

fr- LTNVO 00

I I I I

LA m LTN H H H

I I I

C\J CM LTN H rH H

I I i CM CM .* H H H

I I i fe

rofr--* H H '*'

.* fr- fr- H -* H

'* ' inao fr— H ran

ml* in

H cm H

'«. ' CO fr— NO H cm H

H O o , roH

i i

i t CM ON CM H I H I i CM©r-j

fr-.* .* ON O 00 H H H I H ill I in-* NO cm © NO

r-l r-l r-l r-l H till I in.* JrlOVO

H H H rH H

I i I I I

LTN CO IT\ r-j ©NO H H H i I I i

H H

I I

CO in in.* © NO H H H H H

I I I I I f-in in no ©no H H H H H till I

fr- in ro in © -* H H H H H

I l I l I in-* On no in-* H H l H H H II III

.* -* ro-* in On

r-l H r-\ r-\ H I

I I I I I ro ro ro-* J- CO H H r-l r-l rA I

I I I I I cm -sf- ro ro-* frr-1 rH r-l r-l r-l I

I I I I I ro.* cm cm ro On H H H H H l

I l l I I

cm J- ro H H H

I i i CM -* CM H H H

I I I cm .* On H H I

I I CM -* -* H H H

I l I in NO in

H r-\ H

I I I in in in

rl H r-\

I I I .* in ro H H H

l I I CM .* rH H H r-l

I I I rH CM ON

r-l H I

I I ON rooo

l H l

-* cm mvo in

r-l r-l r-l r-\ r-\

I I I I I CM .* NO fr— NO

r-l r-l <-l H r-l

I I I I I ON.* NO NO NO

I H H H H

I I I I CO in in NO NO

I rH rH r-l H

I I I I cm in in NO NO H H H H H I I l I I rocM NO NO m

H H H H H l I I I l

r-\ ro ro ro cm

r-i H H H H i i i i l CM -4- CM roo H H rH H H

i I I I i .* OOCM CM CO

r-l r-l rA H i till

in NO NO NO NO NO ro in ON -*

Hr-lr-lr-lr-lr-lr-\r-lr-\r-\

I I I I I I I I I I -*NONO fr-WNNO ON-* ON-*

r-l r-l r-\ r-l r-l r-l IHHH I I I I I I III

cm ininfr-MD inc^-i>-ONj- HHHHHH irHrHH

I I I I I I ill

roinml>-MD mcMMDco ro HHHHHHHHHrH l I I I i I I l i l in invo fr-vo in inMD fr- j*

r-\r-lr-ir-\i-lr-lr-lrlr-lr-l

I I I I I I I I I I inMDinMDMDincM^f-MD-* HHHHHHHHHH l l l l l l l l I I ^ in ro in-* -* cm rovo -*

r-lr-lr-\r-lHr-lr-lr-\r-\r-l

I I I I I I I I I I rorocM ro-*cM roro^sf-cM rHHHHHHHHHH i i I I I I I I I I

in

Hi NH

i j*H

I in

HOOrH-*^^^^ HHHHH H iHHHrH l l I I l I l I I

diONOOrocMOroO H H H H H

I I l l l I I OOOOONCM rOONCM O

r-l rA I I H H I H II II I ONONCOOCMCMCMOC5

I I I

rl^d I I I CM -* O

H H H

I l l H rooo

r-i H I I I

CM CM r-l CM fr- H H r-i H I till

O roco cm in

H H l H I

I I I Osin H NO in

I H H H i

i i i fr-j* O O frI H H H I

I I l

OOOcO-sJ-ONCM COCM C5 H H l H l H H H I I i ill

OOOfr--*ONCMro-*ro H H l H I H H H H I i I till

OHOnoO-*Ocmcm roro HHI t r-l r-l H H r-l rA II I I I I I I COOHONrOrHCM ONCM ON

I H r-l I H H I I

I H I

I I I

H HI H HI no in in onco onco

i i i i i i t O O O H On rj?

C- CO-* O fr- ONCO

I I I H I I I

l

fr- in in o fr-co o\

I I I H i i i

i NO fr- in O 00 CO ON

I • I f—1 I I

I NO fr-in O NO ON ON

I l l H I I l

I fr-VO fr=rj NO 60 ON

H H H

I l l ^Srl

O CM H H

l I

ON fr-ro ON C

I l H I

l 1

l l O CO CM CO CO CM H I H i i H

i i I O O ONCO H H I 1

r-j NO 00 q rH i i H

f*-CMCM00HHHONf-|ON

I H H I drlH I H I

I I I I I

I I O frI I I i

ONr-jO

I

i

i i

i

i i i

O OnO On© &

H l H I H l I l onco ono os e

l I l H l

l O © O On© O

rH pH pH I rH III I

I l ONO CO

I H I

I ONO ON

I H l

l ON© ON

I H I

l 00 CO 00

I I I

C0O\©C0HON©00ONfrl I H l H l H l I

ON ON© CO ON ON NO ONH ©

i i i i i i H ii HI I CO © On© 0>

i H i H i

i i ON© ON00 CO

l H I l l

I ooeoco fr-eo

i i i i i

ONCO fr-fr-ON

I I I I I

©COOOVO CO ON NO ON ON H

I I I I I I I I Hl O 00 ON NO ONCO NO ON ON ©

I I I I I I I I HI O 00 ON fr- ONCO ON © ON ©

I I I I I I H I H

I I O fr-eo f-ONfr- Oseo On on

i i i i i i i i i ONONONON60VO ON00 ©e0ONfr-©fr-Q0ONONON

I I I l I I I i I I I H I i I l l

l 60 ON00 CM fr-ON©

I i I H I l H l I ON H H .* © CM H

I r=l f=l F=l f~l f=l r=l

I I I I I I cm ro roin © cocm H H H H H H H I I l I I I l H cm ro=# yv

cMHcMHHO©ON©eo©e0ONH 1 ©60©rs=cM6OHHHH H H H H H H i H I H I iH iHlHiHHHH l l l l l l I ll

cm cm ro ro ro © fH iH f=) fH rH

l I l l l u-n** in lAsSf O

H H H H H I I I I I

i i l l l I CM H CM

r=A p4 fA

I I I H0OCM fOOCMCM ONfOONOOCMCM fO

H I H H HHiHIpHHHH l I I l I I I «#cm roHm©romro-^»*cMmcM^^=^fO HHHHHHHHHHHHHHHHHH I l l l l I I l l I l l l l I l l l

cm ro^= mvo fr-60 ON© HHHHHHHHOJ cm ro^ mso t=eD O^© CMCMCMCMfN(CMCMCMrO

0)hO

CO p

o

inH

I in

H

I J*H

I roHI CMHI CMHI CMHI

I ©

H

ON

I

Q

CO

On

i

On

I

Hi roH»

i
72-

ir\ ONH

>HCD i

ro

I

cd

Pi

cdd

Cd P

03 -d

a;>

•H

CDO

cd

in

CQ

cd

Hcd

•H

COd

CO •Hd

i

o

idO

do

•H-P

cd

EH

§

§

Eh

ro

c\J

* C VO -H" VQ CO CiJOO r— t^-f- CO VO O

<-{ r-\ —\ r-\ IrHrHHrHrH

1 1 1 1 1 1 1 1 !

IT\C0 L^-C50NO-=|-UA-4--=)-VOcrNCX)LfN-=f-Lr\UA HHH ill HCMHHHH I i i i 1 i HHHHHH iiiii

VOH

CD -pp

•H

COd

cd

rH -P

cmCM HrHLT\t— LrSrHLT\[^-MD l>- CO O

i—1 rH I—If—I

i—1 i—I t—I i—1 rH i—

1

IIIBIG'llfl ^-\ r-^ r-\ HHHH COOOJ- CM f—CM HlTvMD HHHHHHHHH LTN H

rH

CM H

lllfllllll ill iiii

r-l ir\ vo Hcovo itn vo -4 coo 4 r— f- h- CO On -4- -4-

r-^ r-i!•^ r-{ IrHHrHrHH H H H H rl rl r| rl

i i iiiiiiii

iiiiiiiii

H -=i- -4 roco CM4 HMD

<-^ H r-\ r-^ rA H IHH

I

-4- H

o

CM

1 >k 5k OCY^CT\LfAl^^-OLr\COl>-COVOO H iHHHrHrHHiHrHH CMVO r~-LT\00 OA0OJ- HHHHHHHH1 i 1 1 1 1 II

* * H^f cncr\0AcM iNlaO,

r-\ H r-\ r-\ r-^ H 1 H H

i

LTN H

cpt op

d

Pt p

do

JS

CM

-dd

as

OnH

1 C5 VOH

iiiiiiiii iiiiiiii

LTN VO VO VO CO -4 VO !>- ONVO O -=h VO i>--4" CO _4 H H

IrHrHrH \ r~{ r-{ x-\ <-\ r-\ H r^ <-\ r^ r-\ rA rH III 1 1 1 1 I 1 1 1 1 1 1 1 lit >ir" nL" ^L; ;£- J^ CO ir\ CO VO CO H O C— On -4 ti> VO VO POVO VO H VO VO IrHrHrH 1 rl H H H rl HrHHrHHr-JH 1

1 1 1 1 1 1 II

c\JVO^I>-0 roco CT\0 HHHHcMH iHco V0H

COH

G C5 00H

iiiii ii

* * =#= OlAO h-OCO LT\0 r H H H H cm i CM H

1 VOH

H

| =#= * * * * * * OVD its cm VO VO O rH co ir\ h- O O VO -4 CO VO ro CM LTncM

1 1 H H H rHrHHrHHCNJrHHlHHHHrH 1 1 I 1 1 1 1 1 1 1 1 i 1 1 1 1 r^t-. ;fc >k 5k SJ4-. cJ .4 _=)- cm ro_d-_d-cO-=j--4D—cM D—.4- cm ronchoj w On HrHrHrHrHrH iHHHHrHrHrHrHrH IrHrH 1

I 1 i - I 9 I I I fl 1

iiiii ii

OH enmo cO-4-Oni>- HHHHcMHoohH

I onH

VOH

llllll 11 si* ^H>. LTN Q\ PO IT\ vo -4 o\vo tI I H H H H H H

i roH

H

C5 CM

r-l

!

ikii iiiii

0O rH CM CM J- O CM 0O-4 CM _4 rHrHHHHrHrHrHHHH 1 i 1 g 1 1 ' i i 1 I

i i i i OcmOcmOOOO HHHH r-\ H IIII II

1 S 1 I l|

ON00CM CM LT\CM H.LrN-4

i 1 H H H H H H H

i i I i i i t

i CMH

I CDCQ

co _4H

Cl3c>0CMC5c5cM-d-C5OJ-Lr\OO rHH HrH HrHHH It II 1 1 1 1 HHOHOOOH HHHH H lilt i OoOOH-d-OcMOH i H H H H H ill i i H

H

H

CDd

rHo

d

b

CD -P

CQd

ro

rH on o

rH rONOcJcMOC^rniArot^OOfAiOrJJ-OO

HrH H IrHrHrHl HH HH CMO\OHOCMCM_4CM H 1 H H r-\ r-\ H <~\ CMH

CMH

I ro c5

rH

II I III

fOCM O PO-^-LTsH COLTNCMCO HHHI HHIHHHHI CD 1 I

I ii

Coo poOaOltnOcM

1 H 1 r-\ r-\ H

1 II I { I 1 cmcm On O -4 H H ir\ en HH I HHHHHH

I CMH

rH

r-l CM OrH

VI i a Bill i iiiii i i i i ?k ;k sk ?k cvlVO H <M 4 4- CAcm w HroOOcJCOCiJ-cOcMOOHJ-O'nHHcO'ri rHlrHHrHl IrHrHHI rHHl HlrHlrHlHrHrHHHrH

I

r1 O

rH H CJrH

B III III

CMVOOONCMLfArHrHONOJH 1 rH 1 H ! H H 1 rH 1

II II

C5OC0COO4-CKO H H i H i H

iiiiii

HO\D— C--CM OnHcm ro

i i i H i H H H

1 o

H

OAO

I O O

H

5 1 1 II 1 OVDO\0\0^-0 0\rlOiAOcOHCOO^OO Hi l iHiHlHHi IH> HHH1 III >k >k H-d-VDVOHONOHH r 1 1 H i H H H1 O

H

d

cd COo

! O C5 Hi

i iiii }>> HVDO O rlCOCO rlrlOOO

rH 1 H H rH 1 I rH rH rH 1 1 III III

III

Oh-OCOOCMONO

I H i H i H

I 1 1

iii

LTNVO OOt^-CjNONONCM H i i i i i i i H Hi I

1 ON

>

=1 Hr—o

O O

Hi OcOrlONtJrlhOOOO

rHII1 H 1 HI 1 rH H rH

1 III

OONOcOOrlCKOcOf-iACOOOrlrJO

1 H l H I H I I I IHHHHH I ii ii

O

H

I

CDo

VOOON O O <J\0\O C5-4-0\rHO rHCO

rH 1 I rH H 1 r-i H H 1 1 1 1 111

c5 0\HcOOrlOO 1 H 1 rA r-\ <-^

1 III

ONt— hOOcMHHH 1 1 l r-\ r-\ r-^ ^\ r-\ rA llllll

OH

I 3 LTN O

OnO

1 rl CAO\H O fOONCvl HHH Hi I H <-\ i H H H H

1 1 1 IIII

C5HHOAOCMHO H H i HHH ii illOCOONOOCMOCMH HI l <-\ r-\ H H r-\ r-{

1 llllll 3

dH

-4O

OnO

1 OONOsOCiJHOHOcMCM HiI IH1 HHHHHH i t 1 i I I f-i H 1 H H r-\ ii ill

O OnoO H H cm O H ^

H 1 l r-{ H r-\ r-\ H r-\

1 llllll

O

HI

CD

cd

roo

O C5 Hi OOOOC500HOHO HHHH r-\ r^ ^-\ <-\ r-{ r-A IIII 1 1 1 1 1 1 CDHOOnOHHH H H i HHH ii ill

HOCOHHCOOCMH <-\iiH IHHHHHH iiiiiiOH

CQ

CD3

CMo

O O

H

1 HcMHHOHHCMHcncM HHHH iiii HHHHHH i I i i I i O CO CM H O CO-4 H

I | 1 I 1 1 i^ 1 >1 1 1 1 ill ill

HHOnHHcocmOH

H r-\ l r-\ r-\ <-] r-\ r-i r-\ 11 llllll

H

I HCO >

rHocMc5J--d-roj-OoJ-4-ir\_H-irN-drH rHrHHH HrHHrHr-IH

1 1 1 1 1 1 1 1 1 1 1 0-=j--4cnovoir\cM HHH HHH ill ill

OOCM H-4 CO-4 CTN-4CM

r-]r-\<-\<-\r-]r-\<-\<-\<-\ IIIIIIIII

-4H

1 o

o rH

^ * IA4 J- l>- C5 ON ir\ t-— -4 MD -4-

r-^ r-\ rA ^\ I ^-\ n~\ r-^ r-\ r-\ IIII IIIII

0-4VOVO O l>- C—-4 HHH <-\ r-^ rA III ill

ir\rT-)roLrNir\VD-4-4-^- HHHHHHHHH iiiiiiiiiLTN. H "

1

cd Q

rH CM rO_4ir\VO f-CO O\0 H CM cO-=h u^VO »-CO OnO H

r-\r-\,-{<-\r-\r~{<-]<-\r-{r-\<M<M

CM 0O-4 LTNVO f— CO ON O

CMCMCMCMCMCMCMCMrO T31

=fe
•73-

ro COO co cm .4- cj ltn r-vo -4- -4- co [-— co_4-co-4-ir\OLr\irNVOVO H J- mO O O LTN LTN -4-

t—

t

CM rHCdrHHrHrHHrHHHHrH llllllllllll IrHrHrHrHrHrHHHrHHHrHH lllllllllflll H H H

IT Fh llllllllllll III llllll III

*

a- CO \Q H H O -4" O LTN -4" _4" LTN CO CM LT\J-UArO_d/inO>VO CO H VO CO CO CO O O o CO MD -4 H +3 CM H(MH r-\r-\HHr-lr-\r-\<-\ iHHHHrH IrHrHHrHrHrHH H H H

u

-P

•H 111 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 * * * * *

I 1 1 bO S rH LTMAH O COO ChcO rH4- J-cm LfNVO VD OHia^OCTnojOmaOO t— c5 o C3 ON LT\ rl

CO £ ra CM rHrH i rHcO I irHHHH i HHHHH I iH irHHH i 1 H 4-3 S d II II 1 1 1 1 1 1 1 1 1 1 III l 1 3

<u co *=&=* ***** * * o o U o 4" M3 CM O VO -* O 0\VD\£) LfMMCOVOHCMCO-d-CJCM LT\J- Os CO H CO O HHI tt IHHlHrHrHrHlHrHrHlHlrHlHlHHl II III! Ill 1 1 II

C5 cn CM LTN co

-P CM 1 H H o

ll II III! III 1 1 1 II

co D— vo lt\cO trNVO co vo c- On co O Is- H itn -4- ltn co H in c- co -4- lt\ on O

*

1 1

! O ON C5 o CO Is- CO O -P a 3

CO ft

H HHlrHlrHl 1 H rH H H rHHHlrHlrH rHHrHHl I 1 1 flfllfl III 1 t IIIS 1 H H

00 II ^Lr

1 vj^ 1

-1* IIII O^ III*Jf -»J>>

1 %1^1 III! J^ si-- v]^ O- O IAVO rllfMACvlCOf-OVOrHCOOVDCVlh-O* * OO ONOOHO C5 o

*

CM

1 O

I CO d -P

cti 3

-p o H H CO IH 1 rl IrHrHHCOrH IrHHH rl H ON 4 W H 1 H H II ***1 1 1 1 1 1 1 III III II II

=H= * * ** I CO H

co* fe O

t- -4- H O-VO O OincoD— -4-comHMDCO_4-comin-4-co r— H cococo O O O ci -4" H HcOiH HiHHHHH HiHiHHH H H <-{<-] H I 1 i IflBII fl 1 B 1 11(11 rH H H

II 1 1 lllll 1 1 III lllll * * * * *1 1 I CM ^O O ON O -4" -4" CM 0OM3^Hin^^inV0CMCMU-\VQ\0 00M0-4-CMC0CM O o o CM LTN CO

+3

co >dd

H H H HHHHHHHHHiHiHHHH" 1HHH1H ll I I I I i I I i I i iiii ill i =fe * H H H1 T) CO LTv JOOoJOhJ-VOroH-^fnONHNrlroinOHrowj-rowO

H1 H1 IHHHHHHHHHH IIIIIIIIII ^-\IIr-A HHHHiH Hltl 1 o C5 a co CO

t> CO •H

rH H H 1 1 llllllllll 11 llll 1 =*= *

1 1

CQ -4- cm 0-*rl0 04-4-N04-wOroroOir\romoroHO\H(M4-c5 C5 a o CM CO o ra H H r-\ H HHHHHH HHH HHHHHiHiH H H CD O I ll iiiiii ill iiiii i i I I >* ^ H ro

afts * =*= Oc500c040nHwrororowworo-d-cvlO(MHO\roifNrnch a C5 C5 CM CO H

ra cu cO d

•H H H HI tr-iHr-ir-iHHHr-l^rAlr-lrAr-lr-Ar-AlHlr-]-^ H H B

1 I llllllllll I 1 t I 1 1 1 i i o

d

to H CO in O vq co t— -4- O co Oco cococooco On co -4- co H rJ co .4- cm cO co co O o o co CO CO H H 1 HH i IHHHHHHHHH i iHHHHH I H iHco H H

O ll i i i I i i i i i iiiii i i 1 i H

!> d =H=: =#= CO CD rl ltnO ltmHcO LrNj-cD nHW r-\ c^i r— H O I"- CM O H ONCO m H ON COM3 o a o CO H d H U

O H <H

1 ^\ r-\ I 1 H IHHHHH IHH iHHH I H I rl I H I lllll II III I 1 B H H

•H

ra II 1 lllll II III 1 1 1 1 1

CO o ONO 1AO ONh- co D— H On On O cm r-0\0\\OHOOOOOH4rJCO o o o o- O

d Tj H I HHi IHIHI IHHI I i IHHHHHHHIHI H bD M (D ll 1 1 ll i 1 1 1 1 1 I 1 i d

•H -P •H

co ra ON CT\0 4 OCO ONONOO C\JVOOCOO^OCO[^LAOOCOO\ONrlOlANOO C5 C5 o O ON d

_, 3 O 1 HHi i i I H i H i H i i I IHHI I 1HH1H1 H 1 d --3 ll ill ii ill | >

co d w •H CO CO OniHHlliliHiiiiiiiiiiii'HilHi Hill in ONCO M0 ON On O t^-CO r-CO M0 CO CO MD On ON CO CO MO H On C~- O CO li o o o ON CO d

CD •> O 1 i * a >

D— 0\rl COCO t— LTNCO O ONCOCOmmC-ONCO C

1— Q O ONCO ON CM O C— O O C5 o o ON ON

J>> O IHHI I 1 iHi i i I I I I i i H H i I IHHIHH 1 1 H H

3 CD li i ii llll

VO CO H -4- CO t-- ir\ ON O f— H MO co-4- ooooonOnOOOcoOncoOOnOnO o o o o ON o t> d o o IHHi l I iHi i I I I I I I iHHHi IHHI IH if i iiiiii HI

1

Ch CO in On O -4" tr-co VO ON O CO -t 4 4- CO coco ONCO OOOOO-4-OOOH o Ci a H O

O o IHHi i i iHi I i i i i i I IHHHHHHHHHH H H

d d

ll i llllllllll I 1 o -=t- O H -4" CO MO [—OnO h-IAlAlAOlAONONOOONOrlO(M HO O r-{ o o o H O

ss o HHHi ill I i iHi1

i i I I I iHHiHHHHHHHH llllllllll H

I HI CO H ro OcJ4cOcOONO\ r|0,it-h4-CJ40\0\NHHONOPJrlHOOH HHHI • I iHi I i I i I i IHHHIHHHHHHH o Ci) C5 H O

3 fh O H H ,£> CO

cO ill I llllllllll 1 1 w

EH ra CO HcoltnOnOnOnHHOHON t^-vo -4-OOcococoHcococo-HcoocoO C5 C5 CO H CJ

Pi O HHH ill I I IHHHH iiii 1 i 1 IHHHHHHHHHHHHH t i i i I I i i I I I i I Hi H

i •H-d

• H

O cO H coltwoHOHcoco coco roHcO-4-coHco corococo ro^-cococo^|- o o o co CO

CO -4" > O r-\r-{r-\r-ir-\rArAr-\r-\r-\i-Ar-\ llllllllllll 1 lr-\HH7-\^v-{r-\r-]HHr-\r-\<-\

1 1 1 1 1 1 1 1 1 1 1 1 1 H1 H

I o

ft H O lt\I>-co H co-4- ro_d/J-^|- fO_d/cocO roco_4-co_4-cvi_4-_4- co-4-co_d/_d- HHHHHHHHHHHHH iHT-ix-^r-iHr-iHi-lHrAHr-AH

I 1 i I i i i I i i i i I i i i I I I i I i i i i i o o O -4- -4- en s

o H

I H

1 =tte

>S H CO CO^t LTNVO C-CO ON O H CM CO -4" LTNVO D— CO ON O H CO CO -4" LTNVO C-CO ON O H d CO O

r-\r-\r^r-\r-\r-Ar-]<-\r-{HCMC^C^C^<\IC^C^C^ CO CO co CO ,0
7^

OO _-:- LTN LTN [•— LTN rH LTN VO CM LTN-d/ PO ON CM _d/ LA ^j- [>- O a o OOOCOCO O 0NHM3 rnj -d- CM r-H rH rH rH H rH rH HHHH iHHHHH H H 1 \ <-{ * r-\ ^A rA <-\ H

00 ?H *

1 i II 1 1 1 1 1 * CD ITN (M (OChH- t— t— CM -Hr ir\ 4-4-J-roH Oiac5(M t--0 o c CMONVOOONONON-H/CM-Hr CM bO OnH

-p

15 CM 1 H H H rH r-l H HHHHHHH <-\ r-{ lllllll II H I I H I 1 i H H H H CO -Ps

•H

rH

1 1 1 1 H 1

LTN LTN ON CO VO rH-H/-=|- rO-d- N4 H H4-C mco O a a ltnHOnOnoOvoJ- mm en

Jh to CM 1 1 H rH H rH H HHHHHHH HH H H 1 i H H t r-\ r-\ ^-\ H

crj d 1 1 1 1 I iiiiiii ii II II III I o

2 cd * * * =#==H=: *

a 1h O m-4-H D~--=f ro ltnvo vo vo ltn ltncO OmtnO t^- On O o a O-OHCOCMCM-H/LrNLTNLrN Hcd +3 CM I 1 H rH H rH H H H H H H I i H H H HHcMiHHH <-\ H H

j <H1 I 1 I 1 1 * *

1 1 1 1 1 II II III 11 1

i o on coiaO D— H -=t D— CO

rH CM rH r-i H H rH f— CO On D— vo cm ltn O ON CO O o C) «.' --i- :,.,,-/,,-,: VO H rA r-\ H rA I H <~\ rA HHH 1 HHHHHH H

O -P

Pi

1 1 1 1 1 1 1 * *1 1 1 1 III ill i i 1 t I 1 I

cd Pn ao D—l>--d-VO On ON On O GO ON ON CO OOOCO O f— roO a o OlT\_=i-CM_=t--4-ONt~— CO t^- t^- a p H rH rH rH 1 rH H r-\ H ^ H r-\ H II CMHHHHHHHHH H

cd d

P o

1 II II

*

1 1 1 1 1 1 i i i I i i i i i I 1

£j D— VO t— _=r 0-cO CO OnO a\r-Ch0NO OH" O mco O cr> o ONJ-CM CM CM COCOVOVOVO VO 9.3 O

H rH rH H rH H rH i H H ' H on i 11 1 Hr-AHr-AHrArArAr-Ar-i H

1 1 1 1 1 * =rfc

' CM vQ -H/-H/MD l— LTNVO VO O tALfN4- OWHOOCvlh-O o o f— CM OCM ONHOmoOLfN -H/ P

co d H H 1 H rH H rH H 1 1 1 1 1 1 HHH r-\ r-\ ^-\ r-i H III III II H H H 1 H r-\ <-{ r-\ 11 1 1 III HI d d CO LT\ cn_HrC5cM roO C5 O OOminHHOOooVDCj o C C> Cl t— 00-4-cOOHcM O H

CD rH Hi H H H I H H <-\ •-i i i i i H H H

> CO •H 0)

i II I ii ii i i I

0) CO ^t H t5 O vo enc ones

r-i 1 rH rH H CM m-=ir ONOOOHO o C Or-cOr-Hc~OoOHO OO CQ rH H r-\ <-\ l r-\ H H H i i i i I i H H H >>

0) O 1 1 1 III II 1 1 I I 1 H

M H =te cd ro O O LOih Ol Cvl M C5 H H novo OHhOOooO o o O CO t— VO J- CO O VO H On O

CO 0) H H rH 1 1 H rH H r-{ r-\ r-\ i r-{ ^-] i H i 1 1 H 1 H I H I H O

co a II III III II 1 i 1 i cd co H CM rH On ooao cm cocm O HOCMOOOHONCMOOr-HO C5 CI OVO J-H-H- ONO t-CMCO O

.-1 rH Hi i H H H HHH 1 H H I H i H i i I i i H i H i H H

> d

CD

1 III til ii t i I I 1 cdaw

3 0040NHHOO OOHcOOOnOnONOnOO C5 o C en -3- irNPOcOco l>-HM0 ON H rHO

H r-\ 1 H H H

II III H H H i H i I I I H1 1 i 1 i

i i i I i i i H i

i

1 •H

CO H HH

CO o CO CO M0 ltn H CO MD O OnI>-0 O-OnOncO Onco ono o a Oncm cm ltn^-voco tr—coco CO M

d d

S) cu rH i 1 1 i H 1 1

i

i i H i i i i i i i

I

i i i i i i i i i i i a

•H P ri W 10 a\ vo t- cm vo o co vo O C—CO t-VDCOCO LTNCOCO ONO Cl a OHH co _dr vo oo ON tr— On c— CD 3 o ii 1 H i I 1 1 1 1 1 1 1 1 1 1 i i i i i i t i i 1 b

CO d =*=

•H CO CO O-VO ltn On ON O VD O f— CO VO b-cOoOH-cOcOCO O o a Cl O POPOCM LONCO ONONON CO * d

<D •> !>n

o i I i i I H I

I

1 I 1 I I I 1 I I I 1 1 1 1 1 1 1 1 1

r— t- [>-CO OCO <-\*<0 O CO O\t—C0 CO CO t~- ON ON H O o a c5 moocnenn oncoco o CO

f^ o 1 1 | ^ 1 rH 1

i i 1 1 i i 1 i H i i i i i i i i H I H rH 3 0)

1 1 i ' VO COt— COOOOOMJ\0\OONOiCOOcOHO.HO CI Cl C en en cm po-H/coOooo ON O |> xi o O i 1 I H H H I I

1 1 I

1 H 1 I 1 H i H 1 H

1 ill i i 1 1 I 1 H 1 H

1 1

1

Ch cO ir\ OCOCOCMCM O ONCO OnOOnOnOncOcOOOHCs Cs a OJ-LTNCM cnooco Onco O ON O o Hi 1 H H H i I

1 ill i H i i i i I H H H

i ill i i i i i i i i Hi

1 O -H/ OcX)cOHcMOONh-ONONONCOOONCOHVOHO c o c3-^t-=t-CM mj=3r OD ONONON ON

•H d o Hi i H H H I i i i i i H i i H i H i i i i i i i i I 1 P -H i ill I i i cO H cu d u

en H VO ON H CM CM HONONONONONOONCOOVOCM O o o OHIAHHHONOO o ON o H 1 i H r-\ H r-\ 1 i 1 1 1 H i i H I H i 1 1 1 1 1 H H H 1 d CO

cO

i 1 1 1 i 1 I 1 I I 1 w Eh en CM CMMD OH-4- CO(\J H HOHHHONCOHONrooocis a CS LTNVO H LTNVO O H CM O H

CDd

o H i H H H H H H HHHHH i IH IHH 1 1 1 1 1 <-\ H r-\ III H o

•rH dI 1 I 1 1 1 1 1 1 1 1 1 1 II

*

' d co H C<~) LTN rOVO VO LTN H -* poh mvocM Oco cnj-H ia o Cl Cl D— co -H- r— on c5 cm com PO cd

--4- > o H i H H H H H H HHH IHH IHHHH 1 1 1 1 1 r-A r-\ r-\ H rHO

CD Pn

1 1 I 1 1 1 1 * III II fill * III

H o ro4- novo c— ltn cm ltn cm h -=t m cm en on cm _d- vo c— c5 a C O ONVO COHC54H-J en CO

,o o H , H H H H H H HHHHHH IHHHH H 1 1 1 H H r-\ r-\ H

CO EH

1 i i 1 I 1 i III li i I i i 1 i 1 i i i =4t=

>, H CM PO_=j- LTNVO C*— CO ONO HCM Cn_H/LTNVO h-CO ON O H CM rn_H/ LTNVO f—00 ONO H d

cd Q

r-\r-\r-\<-\r-ir-{^r-\<-{r-i CM CM CMCMCMCMCMCMCMCMTOrO CD
-75-

OO t-MO hr-4 t^-r-MO cm Lr\ir\co on on H MD ltnVDVOVO on rH roLr\ com O on LPs CO m CM H r-l rH rH H

1 1 1 I 1 HrHrlrlHrlHHrlrlrlrlHrl 1 H 1 H rH H rH H

1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 till 1 i ITS

0) CM co M3 co (^--d-cOcMMO ro J C--CO .4 OVD w4 t— MO oocm-H/cm^-cmMOcocm -=*- rH -PPH

CM H H H H -H rHHrHrHrHrHrHrH llllllll rHrHrHrHrHrHrH BIIIIBI IHHHrH llll 1 rH

1 H

| >5

1 1 1 1 1 * llllllll K 1 1 1 V I llll 1 U a H CO MD t— h-_H/ CT\ POCO rH r-l D^-ONMD-4- CJ\UA_=1- f—MO onoOCM 001>-OMJACOCM LT\ 0)

CO co CO H rH rH r-l 1 rH IrHrHrHrHrHrHrHrHrHrHrHrHrHrHrHHrH 1 H 1 H rH w

p"u CO ill! *

1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 CO -P

fit ^H o ON 0\ CO 0\ CM 0\-=f ON en \>-CO 0"\00-=i- OA-d- lAOcO t>- IfN-d- LTNt^-COCOCO H :— ^

<x> -P OJ H H H H i H1 IHH irHHHHHrHHrHHHHHHH I H 1 H Ht IlllllllltlliB 1 1 rH o Sill* *

1 II IIIIIIIIBIIIII 1 1 O UAO cm ooOnO OncDcm 00[v-0\O.c0\V0M0M0-=l--d- om>-j1 o

I o On ococooj- tr— rH CM rH 1 CM 1 CMHCMrHrHrHCMrHrHrHrHrHtHrHHrHrHrHrH IrHHH H

O -P a

1 1 1 * * *1 1 1 1 1 1 1 1 1 1 llllllll III i

CO Ph CO CM -H/ _4" H CM OcOonLrxC—cjsrHOAcM coHif>ChO\cO t-iAh-4 N O 0\h- 1>- a -p

CO 2

-P o H H H H CM 1 CMHCMHrHHCMHHHHHrHrHHrHHHrHrHCMHrH tiiioaala HittliiiiilB H till * =41= BIllllllBl llBllllIIIII 1 3 ^ r- OMAOO POO E—CMCO O\M0 G\ t— O 0N-4-MD OA CO CO VQ O LT\CO 1^ ON H -4 CO

CO > H HrlHN 1 CMrHCMrHHrHrHrHCMrHrHHrHHrHlHrHrHHrHrHrHrH IIIIIIIBIDIIflBllliaflll H

1 1 1 1 llllllllllllllllllltflll*

CM MO co r— iaco co t^CO CJn-H/MDCO t—l>-CO OAUA^j- LTNMO t~- -=f" CM-zh C—ITNMOCO 0\ C—

+3 H HrlrlrlH rHrHHrHrHHrHHrHrHHHHHrHrHrHrHHHH 1 1 rH

CO -d3

1 1 i 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 *

1

<X3 CO IT\ LT\ LT\ .4 LT\ O t^-UAMO onononL^c—irNMO-d- oocm cm oncM cm ,h ononOMO O on

(U H rH H CM H r-\r-\r-]Hr-\H^r-\r-\ r-\ r-\Hr-{HT-\,-A^\^r-ir-\r-A 1 H

> CO 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 I 1 1 *

i

cu co -Hr -4- -4 !>--=!- LT\ MO OMO -4 0O-H/-4-ITNM0 hcOH H H on O H cm cm .4 CO MO O" -4- o co H rH rH -4 H rH rH rHHrHrHHHHHlrHrHHrH HrHHrHl 1 rH

(U o

rH H

ii it 1 llllllll llll llll * *

' CO .4- itn on ir\ _4 mo H r— cm coj; hmo c— l— on cm cM_d- mono o\ cm -4 l~-lt\co m CO (U rH rlHHHH rHrHHHrHrHrHrHHHrHrHHrHHrHrHlrHH! 1 1 H

CO a i I i i i 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 II I >T> •H * H co H CM IT\M3 -dr LTv -4 M .-..- i ! .: i- ,-; en ,-:; _-,; :v i r -4"

S3 rH

CD o

> a H rlrlHHrl HrHrHrHHHrHHHHrH instaiiiiit IrHrHrHrH rdii 1 IrHrH 1 1 1 if rH a

1 1 1 1 1 BlBIIIISIIl Bill II O

*

1 rH OO OO 0O_H/ -4 on^^C^CMCMCMUAOncMOnVOOOCMrHCOI^-CMCMOncOMD CM CO <H Sho H <+h H H H rH H H rHHHiHHHHHrHHirHrHrHHl 1HH1 i i II illilia llll II rH rH

CO

1 1 I i 1 III 9BIIIII llll II

* *

S3 o OO OO CM CM CM rHOOOOONrHiHONrHHCM mi>-\0 0\OOcOCOM OMOLTNh- H

3 Tj H r-i r-\ r-i r-\ r-\ rHHrHlrHrHlrHHrHHl 1 IrHrHl IrHHl 1 1 H S)

bO (U 1 1 1 1 1 III II llll II II I •H

•H -P * CO

to co OA H CM O O CM rlNOJOcOHOHCONHhVDC^OcOVDCOC5c5 0\4lA HrHrHrHliHrHr-llrHrHlllrHlll III O

2

CO T* O H H H H H rH

•H 11111 llll III II 1 •H CO 00 O CM O O rH CM CM 0OM0 0\OcM OCOCM rH^-^-C^OA t—VO D— O O ON l>- LT\ HrHHl IrHrHrHlrHr-il 1 1 1 1 1 IrH 1 1 1 O ti t3 O rlHHHH H

1 1 I 1 1 III QIC b 1 1 1 >

rt t- O CM O H H rooJNHO\OcMr-IH(Mc\JH r-cO O OWQVD O OcO >-cO rlrlHH IrlHrlHHHrl 1 IrHl 1 IrHrHl 1 1 llll 1 1 I 1 1 1 1 1 II

O

J>3 H H

O H H H H H i i i i i rH *

P (D MD O CM rH H H OJcMJ-CMHHcvlOwrnoJH ChC>iO\0\VO [^-0\0 0\0\0\ rHrHrHHHrHrHHHHrHr-il 1 1 1 1 1 IrHl 1 1

1 1 1 1 1 1 1 1 1 1 I 1 1 H

o >

,3 o O rH rH H H rH

1 1 1 1 1 H

I fH CO LT\ HHHrlOJ CMOn_H/CMOrHHrHCMCMCMrHOONOO>l>-t>-OOOONON H

o O H H H H H i i i i t riHrlrlHHHHrlrlrlrlrl IrH 1 1 IrHrHH 1 1

1 1 1 1 1 1 1 1 1 I 1 1 1 1 III rH 3 TJ o -=t O rH H H cm CMCMOnrHOrHrHCMCMCMCMCMOONOONt>-D— OOAOAOnO rH

•H (Z| •P -H O H H rH H H i i i i i rHrHrHrHHrHrHrHHrHrHr-lrH 1 H 1 1 IrH 1 1 IrH

1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 Hi

bula

are m H CM CM CM CM onon-d-rHHHoncMCMcMcMcMrHOOONcaDC—rHOOOO H O rH H H rH H 1 1 1 1 1 rHrHrHrHrHHrHr-lrHrHrHrHrHrHrH 1 1 IrHrHHHrH

1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 rH

1 CO Eh co CM CM OO on OO CM ononir\cMCM roj- J- rocoj- coh co w rHf— OAcmcmcm rH O CM w

cu3O H rH H rH rH

1 1 1 1 1 HrHHHrHrHHHrHHrHHrHHHrH I.I H H H r-l H 1 1 1 1 1 1 1 1 1 1 1 I 1 1 1 1 1 1 1 1 1 Hi o

•H

• H

<D CO H ^^^LrN^^u^^^^^irvLrx^-HrLrN-H/on-^-^-cMcoo on .4 on on rH _=f CO -4- > O r-l <-{ H H <-\

1

1 1 1 1 rHrHrHrHHHHHrHHrHrHHrHHH IIIBItllllllllll IrHHHHrHH llllll H fHO

Ph CO

<D H O LT\ t>- LT\ C— MO llllllll llllll

LT\^(XlL^CM^COCOU-N-d-L^-on_=f-ir\LIAUNCM ^-d-^CM onH LT\ rQ O H H H rH H HHHrHHHHHHHHHrHHH I rH iHHHrHH H CO EH

i i i i i i i i i i i i i I i i I i I i i i i i i i i =tt=

>> HCM ro_d-UAM0 h-CO ONO H<M co4- IAVO t^-CO CAO H OJ 0O_d"UAVO C— CO -d

CO p

HHrHrHrHrHrHrHrHrHCMCMCMCMCMCMCMCMCM cu
76-

COm

O

H

Xio

fn

CO

o

S

COa

CO -P

03 O

-P

CO dcy>

•H

0)o

0)fn

CQ

CO

(D

t>

cu H

H

COW)

d

cO •Hd

s

>> H

O

XI

CHO

O

•rH P

CO H

R) EH

<H

-dX)

cO En

ro

CO

* * mLALTN_H-\OVDLr\00-H-CM OO -d" CO VO VO VO VO [— OOLPLP-d-LPt— LP[— _d-VO_d-LPLP HrlrlHrlHrl llllll 1 H H H H 1 H H >r-\,-\r-\r-\r-\^<-)r-)r-\^r-{<-{r-\r-{r-l

I i II iLPH

P

CMCM

1 1 • 1 1 | 1 1

-d" LP .^± O mh-LT\rH H H rH rH rH rH

1 1 1 1 11

LP CO J" LP CM VO LP

rH rH rH H H rH H

< < i i i • • i i i i i OVOVO-d" LPLPOO-d" 0--d- l>-LPLPOOLOLfA

r-\r-\r-\<-^r-\^r-^r-\<-\r-\r-\r^Hr-iHH

1 LPH

P

•H

(0 H

CM III 111

LPVO LP O ON CO LP CM H H H 1 H H I IP oo -dr VO VO -dr LP

r-\ H r-\ r-\ r-^ r-i r-\ I>-LPf— LPVO C— -dr LPVO

i HHHHHHHH

• iiiiii

J- VO VO LP-d" LP f- H H H H H H H

1 LPH

idCO

rH P O

CM III II

-d" C— VO OHcOh-H H H rH H rH H H ill i i I 1

C— lp ip co t— Is- cxd ^\ r-^ r-\ ^-\ H r-\ r^{

1 1 1 1 1 1 1 iiiilili

OcO C— f—co CO vo lpOnvocO Onlpvo r—vo

1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1

[—

H

O

P>

ON

rH oo ON ON O CO O O oHrl H H CM CM CM III 1 1 1 1

ON00 ["-CO r— on on o ON CO ON O t— VO VO o HHHHHHHHHHHCMHHHCM i i i i 1 1 i i i i i 1 i 1 1 1 O O0\Cht-0\hCM CM H H H H H

1 l l 1 i l l

ONH

l

ft P>o

>

GOH

HOOOONHOO H CM CM rH CM CM CM OM-- o- [-- r- CO 0\O <-\\£> ON H -dr [—CO H HHHHHHHHCMHHCMHHHCM 0\ 00 [-- l—VO ON ON H <~{ r-\ H ^ r-\ r-\ ONH

t—

rH III 1 1 1 1 [—00 ON O ON O O C— ON LP LP VO VO VO CO H H H rHCMCMrHHrHHrHrHrHH III 1 1 1 1 1 1 1 1 1 1 1

i i i i i i i i H OA ONCO O oSvo OAVO HHHHcm IHHH i i 1 I 1 ill

1 1 1 1 1 1 1 f— LP CM LPVO OO I

s—

r-\ r-\ r-\ r-\ r-\ ,~\ ^-\

1 1 1 1 1 1 1

1 [—

H

C\J d

voH

LP LP [— O VO t— VO VO H rH H HHHH III 1 1 1 1f— _d" CM -d" CM OOVO

r-\ H r-^ H H H r-\

1 1 1 1 1 1 1

CM LPLPt>-t^-00_d- L"— LP-d" Oof— OOLPO-d" HHHHHHHHHHH I r-\ rA r-] r-\

i i i i i i i i i i i i i i i

LPH

d

CO

CO

LPH

cm -d- -d" t5 -d" LP _d" oo LP-d- O -d" ON [— H HHH HdrHHHrl H" I H ill iiiiii i i H OOOOLPLPOCM-d-CM

rA H H ^-\ H HHH i i i i i ill

-d- oo [— O -d- t— cm H H i H i H ii ii ooHi d)

CQ

COO

-d" ON-d" CM O -d- rocM J- J- 0OO\H rH [— H

I rH rH HHHHHH i rl H I H ii iiiiii ii i

OOCM LP-d" OOCM OOCM O HHHHHHHHH i i i t i i i i i

oo O ON O en -d- lp H H i H H i i ii ii

CMH

l H

(U ooH

lp>-=J- oo O -d- oo O -dI H H H H H ii ii i H CM CO LP LP ON O Hill H • H i i H

i

CM OOOOLPOOOO-d- H H

r-^r-\r-\r-\H^-\r-\<-{H

1 1 1 1 1 1 1 1 1

CO oo ON J- oo_d- t— H H 1 H H I I II ilCOH1 •rH rHo

CMH

oo oo-d- o-c5 O oo-di H rH i HHH ii illon oo h cm vo o oo H rH H H i H i

i i i i i H cM_d-LP-d--d-_d- oo-d- ^\r-\r-\Hr-\r-\r-\r-{<-\1 1 1 1 1 1 1 1 1

o^cm H -d- oo [— t— H H H H H i i

i i I i i

ooH

d

o

rHH

ON oo oocO -d" ON cm cm

1 rH H 1 rH 1 H H

II 1 II

_d- O CO CM CO CM CM H H I H 1 H i ii il CM roLPLTA-d-cM rnd- h- r-\,-\r^r-\r^r^r-\r-{r^

1 1 1 1 1 1 1 1 1

OO CM CM CM OO H ON

r-\ H r-\ H r-{ r-\ 1 IIIIII

CMH

i d

ai O

rH O H ON[— H 00 CO O

rH rH 1 1 H 1

I H

ii I i rOH O H Onoj tA

r-] <-{ r-\ H 1 H 1

1 1 1 1 1 Oncoh oocm cm H OOOOOOHOAHCM CT\I>- ir-\r-\Hr-^r-\r-\^-{r^r-\r-\ 1 H H 1 1

1 1 1 1 1 1 1 1 1 1 II

H

i P

rod

i-3

ONoON ON VO -d" O ON CO o

I 1 I I H 1 i H

1 i CMHOCMONOVOVOOHOOHOHH rHHHHiHi i 1 1 i i

i HHHHHHHH i i i i i i i 1 O O ON ON O ON ON H H I i H I I

1 1 i O

H

1 d

CO COo

r— ocoonol— ononohoooco onvo IHI iHi I iHHirHi i i

1 i ill L^-ONOCOOOOAHO

i i H i H H i H H 1 ii ii

O CO ON ON ON ON t— H I 1 1 I 1 I

1

<J\

>

=L rH

[—

o coockooncoocoooooocooj- IrHlHI 1 rH 1 IrHrHHlrHl 1 1 1,111 1 ONONOOAOOONOO i i H i H H 1 H i ii i H ON ON ON ON O ON Hi 1 I I H I

1 l .

ON

i

(U>o

voo

O\0 OONCO CAOCO

i rH H i i i H i

i i i 0\CT\0 ON ON D— CO CO O CACAO ON O O Hi i H i i i ' II i Hill i i H i H O O ON ON ON ON CO H H i i i i i

i i

ON

X"

CO X>

LPO oooooooo

r-\r-\^-\r-\r-\r-]r-\r-i

1 1 1 1 1 1 1 1 HO O O ON ON ON ON O OO O\O0\0\C5 HHHHi i i iHHHiHl I

1 1 i 1 ill i H ON ON ON ON O ON Hi I i I H i O

H

1 d

d

•H

-d" o

OOOOOOOO HHHHHHHH i i i i 1 1 1 1 H ON ON ON O ON O Hi i 1 H 1 H

I i i OAOAOOOAOHOH 1 1 r-\ rA \ r-\ H r-\ r-\ II 1 1 1 1 H O ON ON ON O O

H H I i I H H

ii I.I O

H

1

CD

cri

ooo

HOHOOOcMH HrHHHrlHHrl' 1 1 1 1 1 1 1 1 H H ON O O H H

H H \ r-\ <-\ r-\ r-\ II till

OHooHOHcmHH HHHHHHHHH i 1 1 1 i 1 i i i

OO O H O H H O

H H H H H H H

i 1 1 t i i i Hi W

CD2

CMo

CMOOCvlCMCMH-d-CM HHHHHHHH i i i 1 i i i 1

CM OO H H OO CM CM

<-\ r-{ ^-\ r~\ ^-\ r-{ r-\

1 1 1 1 1 1 1 HCMCMHHCM-d-OOCM HHHHHHHHH i i 1 i 1 i i 1 i

_d" O CM CM OO OO OO

<-\ <-{ r-\ •-{ r-\ ^ <-\

1 1 1 1 1 1 1

CMH

l H

CO HO

-d" -d- -dr -d" -d" oo LP_d"

^-\r-\<-\r-\Hr-\^-\r-\

1 1 1 1 1 1 1 1 CM_^HcM_d-HLP-d-cM-d--d-oOLP_d--d-oo_d-OAVOLPOO_d-LP

r-\r-{r-\^-{r-\<-\r-\r-\r-\r-\r-\<-{<-\r-{<-{r^r-{ t H H H H H

1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1

-d- Hi o

o

LA-t4 LP LP LP VO -d"

1 1 1 1 1 1 1 1

CM -d" LP CM _d" O LP

r-\ r^ r-\ r-{ ,-{ r-\ r-i

1 1 1 1 1 I 1 LPO-d-VO r-WO VO LP-d-VO OOVO LPLPLPLP HHHHHHHHHHHHHHHH i i i i i i i i i i i i i i i i

LPH :

i

CO H CM nO-d" LPVO [—CO CTsO HCM rod- ia'vD [— COOAO HCM oO-d- HHHHHHHHHHcMCMCMCMCM LPVO f—CO ON O H

CM CM CM CM CM CO OO

^d

0)M

CO P

o

C!3

COao

a

CO HCO

WJH

CO

id >H A

oHd

COHO

ft

CD
-77-

u mCM noir\u->UAir\ooc3v£> lt\ no H ro oo m ltn 4- 4- _d- CM4-4- no -4- ir\ -4- roroj- o no HHHrHrHrH HHrlrlHrlrHrHrH i HHrlrlHHHHrlHrl H

i t i i i i i i i I i i i i i i i i i i i i i i i i i

-4- H

1 coOnH

d

a> -p

•p•H1

rad

CO

CM

CMH

CM

_4-ir\nni^in-4Otr\Lr\Oc0rl noO-40-40m^|-_=|-cM rn4 4rn4.4n4 r-1 r-i r-i r-1 rl H rl H IrHHHH 1 iHrHHiHrHrHHHrHHHH 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 no ua ir\ ir\ ltn -4- -4 lt\ irs_4 H no no ON ir\ O \£> -4- lt\ _4 -4- cm _4 ir\ ir\MD -4 -4- lt\ lt\ rlrlrlrlfHrHHiHrlrlrlrlrl 1 H IrlHrlrHrlrlHrl 1 H rl H H 1 1 1 1 1 1 1 1 1 1 1 1 1 I 1 1 1 1 1 1 1 1 1 1 1 1 VO LT\ LT\00 CO m4 t—VQ V0 00044 t— O-4V0 IT\ _4 IA4 4 l>- ITv VO cR LT\ \£> VO HHHrHrHHHHHrHHCMHHH rHrHHrHHrHHHHH 1 H H H

i i i i i i i i i i i i i i i iiiieiiiia iii

l>- t--C0 O OCOCO rl CT\t— 0-4- t—CO O O f- O CO D— CT\C0 CT\[>-CO om^-covo on rHHrHCMCMiHtHCMHHCMHHrHCM HNrlrlHrlHrlHrlNHrlrl 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 I 1 III

-4Hi

-4- Hi

0)bO

CO -PO

1 O

p

o

-p

O

CMH

rl

1 COH

1

O

tana outp COH

VOHonco o on o o HO\tH onloi o\o h o vo o on on o\ o\ h nocococovo c^o HrHCMHCMCMCMHCMHHHCMCM rHCMHHHiHCMrHHHHHrHCM 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1

ON

rl

G-uan kw rl CMH1 On^OcOCO t-cD O I>c0 O inco OcO OcO OncO l>-t>-0NiHc0Lr\L^-t>--4-I>-no iHrlrlHrlrlCMrlHCMrlrlCMH rlrlrlrlrlHNrlHrlrlHHH

1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1

00

rl

1 C\J p

CO T3d

H H

r-i

1

r- ITN [--- U"\ 00 LT\ D— LT\ C~- O -4" VO ITN _4" C5 ITN C3 -4" 0OV0VO D~- ITN O MD LT\LT\CM O rlHHrlHrlHHrl rl rl rl rl H rl rl H rl H rl r-\ r-1 r-\ <-{ r~\

1 1 1 1 1 1 1 1 1 till 1 1 1 1 1 1 1 1 1 1 1 1

LT\ H1

ived es

a

LPs H HH r-irHcHH rH HHHHH rHHHH HlrHHH II 1 1 1 1 1 1 1 1 1 1noH

1

vels

as

rece

no

line

loss -4" H

rH

H

I WW4-HHC0OO4-NWHroOrONWC>i0AHt^cMOHCOHCh0Ac\l

rl H H r-i r| I HH-HHrHHHHHHi ir-)lH r-i I rH I l H

I i I i i I i i I I I I i I i i i i i i O-4-oocM nChOOnrorvirJ4-POoJroHcOONO\t--nocnHHrJcO^O HHHrHi rHHrHHHHHrHHHi I I 1 H H rl H rl I I H till i I i i i i i I i i i I i l i i C0 4infO4 HUrJ4H<1OCJC5cMC\JrOHOOOOcO^OOcnHOOO

IrHHr-trHr-i H rl H rH rl H rl rl rl H 1 rl iHHHrHrlrlHH 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1

H

rl

1 CMHI

1

d

CO

CMH

HHi

CM

rH

1

HCOd

ignal

le

ted

for H

o

rH

rHHI CO

H P04- COOOiM O H4-CM nOCO OHHCM rIOoO OnlfM^O\HO ChOco rlHrlrHHr) rlrlrlrlrlrlrlHr-lrlrl 1 H rl rl 1 1 rl H 1 rl 1

1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 III II 1 r|rOCMWWrlOOOO\rONChOOHOOChOONrOOM>-0\rlOOO

rl rl H rl rl H H H 1 rl rl 1 H rl 1 rl 1 rl 1 rl 1 1 IrlHrlrl

1 1 1 1 1 1 II II II 1 1 1 1 1 1 1

rHrH

1 o

H

1

•H

tobOd

•Hd

cu

median

s

v,

adjus OAO

CO

I OHrlOWOOCOHCOHOr|Wr|0\0\OM}\a\hHt-t-COrlCOO\0

rlrlrlrlrlrl 1 rl 1 rl rl rl rl rl 1 1 1 1 1 lr|l 1 1 i—1 1 Irl

1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 O

H

* 8

o

Hi O ON O tT\HO\OcOHcO(^ONOO O CO ON ON ON D—\Q ON CO r— ONCO ON ON O

rl 1 rl 1 rl 1 iHlllHHHllllllllll'lllH 1 1 1 1 1 1 1 1

ON

1 O

CO

1 ONCO O\OO0\Oc0OO\0N0\OOO f~c0cO f- C—VO ON ONCO ONCO C\0\O lllrlrll IrllllrHrlrllllllllllllllrl 1 1 1 1 1 1 1

0>

MOo

o

H

I O ON On On O CO C3 D— O CO CO ON O O ON CO D—CO CO D-- ltncO O-CO ONCO ONCO On rllllrll l<

llll,—1.

llllllllllllllll 1 1 1 1 1

CO

i

ation

of

in

db

a O o

Hi o on on on o on c5 co on on on on o on o co f-coco d— r— onco co i>- onco co on rllllrll llllli—III—lllllllllllllll 1 1 II i o

O

H

iHChOCAOCAOCOOCAOChOOOOONOChCOt^ONCOC^CO^CAC^O rllrllrll III liHlrllrlrlrlrllrlllllllllllrl 1 1 1 1 1 1 1 1

ON

1

abul

are O rlrlHHrlrlH iHHr-i I H rl H H iHHH iHi-iHHHHHH I I I I I 1 I i I ii I i i i i i i HHI H

EH W

CD •3CMOCMH

I

no no -4- cm oorocJiHcMcMoJH-4-oJcM iHOcnjcmcmcooocm noc\l conocM oj rlHrlrlrlrl rlrHHrlHrHrlrlrHHrlrHH IHHHHrtrlrHrl llllli 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1

CM

rH

1 oH

Table

4g Va H

O

o

o

-4Hi VOHiir\ no ir\_4- ir\-4- O no -4 nn-4cM.4-.4- ro4 0-4 no -4 O -4- nO-4- no ltn -4- no no rlHHrlrlH HHHHHHrlr-|rlrHHHrHrlHr-|r-|Hrlr|rlrl llllli 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 ir\-4-Lr\no-4-LfNOirNinno-4-_4\I)-4-MD-4-vooo^4ir\cM LrNoo_4--4-ir\u-\_4co rlrlHrlrlrl rlHrlrlrlrlHHH iHrlHrlHrHrlrlrlrlrlH llllli 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1

.4- H

1

-4- H

I

COo

CO

cd p

H CJ n4 LT\^£l h-CO 00 rl CM 004 lAVD t^CO ON O H (M n04 IA>vD t-CO OO rlrlrlrlrlrlrlrlrlrlNWOJWOJWWNWWfO T)^
78- —————————

NO LTNM0 -d" LTN rH PO0OO cj O CJ O CJ o CJ o CJ o CJ CJ CJ CJ CJ CJ CJ o a o CJ a -* u

CO ! rH rH rH rH rH rH rH

1 1 1 i 1 1 1 1 CD -P CM cO-H/ir\ir\rocMCM oo CJ o CJ cj a CJ CJ o CJ o CJ CJ CJ CJ CJ CJ o o o o CJ CJ CJ oo

OO

•P

•H CM 1 HrlrlrlrlHrl

1 1 I I 1 I 1 rH

1 LP

CQ H co O-ltnmd oo oo O ltn CJ o o o o CJ CJ CJ CJ CJ CJ o CJ CJ CJ CJ CJ CJ o o o CJ o -4" H d CM 1 H rH rH H H H rH H

t>

cOu

1 1 1 1 1 I 1 =8=

1

CO -p O O CO co oo lt\ oo ON MO CJ o o cj o C3 CJ o CJ CJ o CJ o o o CJ CJ o o CJ CJ CJ o ir\ S CM H rH H H ! H 1 rH H

1 O

i i i I I < 1 o\ CM rH H O COM3 4CO O cj o o o CJ CJ CJ CJ CJ CJ o o CJ CJ CJ C o CJ CJ CJ CJ o o- O -P H rH CM CM CM rlHrl r-\ i $ 3 ft

1 t 1 1 111 1 d -p CO ON H CM O LTMA -d" ChO cj o o o CJ CJ CJ CJ CJ CJ CJ CJ CJ CJ o CJ CJ o CJ o o CJ G\

CO 2 H rHCMCMCMCMrHHH rH

+3 o

CO >

1 1 1 1 III 1 t— ONiH OCO miACM O CJ o cj o c5 CJ d a CJ CJ CJ CJ CJ CJ CJ CJ o CJ CJ CJ CJ o CJ ON 2 M

CJ

rH HCMCMrHrHrHHCM

1 1 1 1 1 1 1 1 H

CM

•p VD h- CJ !>- LTN-d- 0OCM LTN CJ cj o e> o CJ CJ CJ o CJ o CJ CJ CJ CJ o o a CJ o CJ CJ CJ ir\

CO nrfd

H rH rlHrlHrld 1 1 1 1 1 1 1 H

1 Tj CO CD in mcJ-H/cMHcMOrocM o cj o o CJ o o CJ CJ CJ CJ CJ CJ CJ CJ CJ o o CJ CJ CJ CM > CO H CD H rH rHrHrHrHrHHH

1 1 1 1 1 1 1 1 H1 CD CQ

CJ CQ -H/ rOCJOONOrHcOOH o o O o CJ o CJ CJ a CJ CJ CJ CJ CJ CJ CJ a CJ CJ CJ o CJ o

CD O rH H rH 1 rH rH 1 H H H

U r-\ 1 1 II It 1

CQ CD ro rH CJ ro ONMD CO CO O O Cj CJ o o CJ CJ CJ CJ CJ CJ o CJ CJ CJ CJ CJ CJ CJ CJ CJ CJ CJ o

to d

•H rH rH rH 1 1 1 1 rH H rH

1

rH CM OOrlOVOVOCAHO CJ C> C5 o CJ o CJ CJ CJ o CJ CJ o o CJ CJ CJ o CJ CJ CJ CJ o

CD O H rH rH H 1 1 1 rH rH H

> d III II 1 CD H JH rH H O HCO C^-ONCOCKO CJ o o O CJ d CJ CJ CJ CJ CJ CJ CJ CJ CJ CJ o CJ CJ CJ CJ CJ ON O rH H rH 1 1 1 1 1 rH 1 H tH

COM CD

i i I o

rH ON CJ ON GO i^-CO t>- ON ON CJ

g i i i i I i I o o CJ CJ cs CJ CJ CJ CJ CJ CJ CJ o o CJ CJ o CJ CJ CJ CJ ON1 •H +3

CQ CQ^ on COO On MO t"-ir\vocMco CJ o CJ o CJ CJ CJ CJ CJ CJ o o CJ CJ CJ CJ CJ CJ CJ CJ CJ CJ 3D d "~3

CO Tj •H CO

CD •>

o i i i i i i H i

i

1 8

00 OVD-H/VO On ir\ O D— CJ

1 1 1 I I 1 rH 1 o o CJ o CJ CJ CJ o CJ CJ CJ CJ CJ CJ CJ CJ o CJ CJ CJ CJ

1 >>*

g c— COCJVOlTNrOONirNCOt^- o o a CJ o CJ Cj CJ CJ CJ CJ CJ CJ CJ Cs CJ CJ o CJ CJ o CJ c—

rH rH 3 CD O |>

o g i i g i g i i 1

VD co cj t-— tr— -=J- t^-LTNb-r-- cj cj o o CJ CJ CJ CJ o CJ CJ CJ o CJ CJ CJ CJ CJ CJ CJ CJ CJ tsi o o i i i i i i i i 1 CH CO O LTN cOC5mD0Olt\cO-=I-l^-lp. o CJ o CJ C5 a CJ a CJ CJ CJ CJ CJ CJ CJ o CJ CJ CJ o CJ CJ D—

,Q O i i i s g i i i 1

tion ind

00 CJ CO OnI=FcO LTNOOMD

o g i i i i i i i O cj o o CJ CJ CJ o CJ C5 C3 o CJ CJ CJ o CJ CJ CJ CJ CJ o co

1 cO H CD =*= 3 Jn ro O On O 00 H ONMD O CO O CJ o CJ o CJ CJ CJ CJ CJ CJ CJ CJ CJ o CJ CJ CJ CJ o o CJ On

,Q CO EH CO O H i H i cm i i H i 1

1 It 1

CD CM CMCMCMCM_H/CMONCMO CJ cj o CJ CJ CJ CJ C5 CJ CJ CJ CJ CJ CJ CJ CJ CJ CJ CJ CJ o CJ CM 3

• H

,£ cO O r-\ r-\ r-\ r-] I rH 1 rH rH rH

B B 1 I 13 1

-=1- > H roro_H/ romroOJ; O CJ CJ o C5 CJ CJ CJ o CJ CJ CJ o CJ O CJ CJ CJ CJ CJ CJ CJ CJ on

CD O HrHHrHrHrHrHrHrH1 1 1 1 1 1 1 1 1 rH1 H

rO O rHcM-d-LrNrOLrNH-H/ r-\ O CJ CjJ CJ CJ CJ CJ CJ CJ CJ CJ CJ CJ CJ CJ CJ CJ o CJ CJ CJ o ro

CO o 1 rHrHrHrHHHHrH

I 1 I 1 1 1 1 1 H1

>> Hcm rO-HrLr\VO l>-c0 ON O H CM oo_d- ITNVO r-co ON O rH CM OO-H/ lf\\D t>-co <J\ o rH T>

CO H H H H rH H H H H H CM CM CM CM CM CM CM CM CM CM m en Si P s

CD

bfl cO -PO

CJ

o

•H

TJ"COuo

£< CQ
-79-

=*= =fc oo CD CD CD O o o o CD m H OcO-H-onOcmOcmOcmhcOOOOncOCD CD CD rj o

CM H Hi I I rHrHrHrHCMrHlrHrHI 1

1 DIBI Bl H| SH

1 1 v 1 1 1 1 (1

CD OJ cd cd cd cd o cd cd CD GO OcOcOOcocmcmcm rovo cm ON cm ,-| O ir\ cD CD CD cD O

• -p rvi 1 H Hi iHiHHHH H I H H H 1 H

00 p 1 I 1 1 1 1 1 1 III I LTN On

•H H o o cd cd o cd cd CD ON rH H MO 00 H O cm m cm ltncmcm f— no cm cD <jn CD CD CD CD H

H

d

CO

CM I rH HI IHHHHHHHHIHH 1 I iiisfliii a u H

| CU

1 llllllll VI

* 1

U O CD oooooo CD CM -d" oomH ixnH-^-H- ooir\MOJ-cM-d--d- CD_d-cD CD CD CD J-

-P rvj H H

i I H l^-\H^A^]r-]r-\r^^<-\r-\r-\H H 1 1 1 ! 1 1 1 1 1 I 1 1 1 1 Hi

i o ON cd CD CD cD CD CD CD CD UALTNMDCMHMOC— CMHHOt^-UACMONt"— CDb-CD CD CD CD ^O H H H H IHHHCMCMHCMHHH i H H H

O P 1 1 i I i i i i i i i I i i i 1 a d * =H= =tt= *

CO ft CO cd OOOOOC5 cD m; [>-CMCM D—OOC\JCMCM ONCOMD t—-HI>-CDCOCD CD CD CD t— d -P H H rH H IHHCMCMCM iHHHHH H H

CO d

-P o

I i I 1 I i 1 I 1 I I I I i i d ^ r- cd o o o o o o CD ltn ir> -4 CO t--VO t— CM ltn cm O h- -4 MO MO f— CD f— CD CD CD CD <o

CO > ,h H rH Hi IHHCMHCMCMHHHIH H H

d ^

cd

CM

i i I I i I I i i I I I i i i mo CD CD CD CD CD CD CD CD I--rH Ocm d~-cm mowocOJ J- row oi oocDltncD CD CD CD m

P H 1 rH HH IHHHHHHHHHHH H H

CO -d 1 ii I I i I i i i I i i I i i

, d

^d cO ltn CD C5 C5 O O C5 O CD VO o t-OMfM-ocnOOO^OHOOOOO CD CD CD On

d) H 1 i i i i H H H i rH H i > CO •H cu ii i ii

(U CO -4- CD CD CD CD CD CD CD CD CD CD ltncD-4- U^r-ONCO ONCDVOCO O Lr\ C— t~- O CD CD CD CD t—

CJ CO H i icmiiii 1H111H I CU O i i h i—

1

ro cd O O O C5 CD O CD OrH-4-POCDcMMDCO b-MO CD CDCO ON LTN !^- l>- ON CD CD CD CD ^O

CO CD

CO £

CO H

H 1 it H i i I i i I i i I I 1

CM o O O C5 O C5 C5 CD CD H m_4- CMOVQ00VQ I>-CD t— OnoOMD ONVOMD CD CD CD CD ^O H H I 1 I I H I i • i I i i g i 1 1 1 0) o

> d

0) H cd C500000 CD CD CM CM CM m t—'vo CO h-ONcD t— H CM-OVO ONCD CD CD CD [— o H Ch H 1 ill iiii i H I 8 H i t 1

=a=

cO O cd O O O O O O CD CD H CM-d-.d- coco ONCO ONCD t— On ON t— O -4" OncD CD CD CD CO d d rH iiiiiiii i i i i H i bD d) I •H -P

CO CO o\ cd O OC5 O O C5 CD CD rH HCMH-lTNONONt^-OCDMOON ON M0 H -* ON CD CD CD CD hd o 1 I 1 I I i I H 1

i 1 I H i i i

cO <rj

1 1

•rH CO co CD OC)C5c5c5c5 CD CD rH CM CM rod f— O LTnOnVO l^COMOMO CD-J-OOMO cD CD MD

tJ o i i I i i I H l i i I i I t ill I cu •> i H H

3 <L) o t> ^ o

CH CO

&

cd O O O O O O CD CD CM POO 0O0OLTNCDLTNCO POLfACOCM h-CDJ-CO-^-

A D B IIIBllBI 100 CD CD CD

9 ii 8 1 BllBBHl lltf 1

MOOCD cD cD cD cD cD CD CD CD H ooOcm cm Lr\cD_d-irNoo-3-irNir— ir\cD oovo cD

B BSD US SI CD CD CD -4-

1 I 111 IIEllIH IB 1

ir\ cd CD CD CD CD CD CD CD CD CM _^-C\J LTNOO-d" CD -d" -=h OOUALTNirN-d-CD novo MO CD CD CD -4- O O 1 1 1 1 1 I 1 1 1 1 1 1 1 111 i d -d o

•h d

-P -H

CO o

cd O CD CD CD CD CD CD CDLOVO LTN MO ir\LT\cD t—MO LncO MO ITNMO CD -4 CO t— CD CD CD MO

1 1 1 1 I 1 llllllll III 1 n cu

cO m

O

cd CD CD CD CD CD CD CD CD MO CO CO 00 MO t— CD ON CO CO OS I— J- CO CD iAO\h- CD CD

I ! I I 1 1 1 1 1 1 I i I 9 18 CD CO

i

EH to CM cd CD CD CD CD CD CD CD CDt^-OcOHt^ aOCDHOOoOOoOONCDlfNONCO CD CD CD ON

cud

O 8 HiHii ii HHHiHii lit i i i i

'

• H •H CO H cd CD CD CD CD CD CD CD CD LT\ ooohcocxdcdhonhoonhoncdmocooncdcd CD ON

-=1- > O ! Hii1 H 1 « HiHHiHi till iji 1

cu H O CD CD CD CD CD CD CD CD CD LT\ HcOOcMt-CDcMOHHcOOOHir\cDONCDcD CD o

1

o 1 HIHII HHHHiHHHl i

1 1 l 1 i I ill H

>> H CM m_4- i^MO f-co ON O HCM OO-d-LTNMOI^-COONOHCM roj- IAVO t-CO C\0 •d

CO H HHHHHHHHHCMCMCMCMCMCMCMCM CM CM m ^ Q S

CUhO

CO P

s

CD

H

O

d

crj

COd

bb

•rH toW

W

o

•H

-d

COUo

p< CQ

=1r=
-80-

OO CD O00\0(5 OAOCOCXD ROCOCO t--CO OAOACO COA CD MO f— MO MO t>- UA -4 M0 t*-V0 CO

OJ

i

1 rH I 1 1 rH ! I 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1

i I

i

CD CM O OHO\CJO OAOcX) O OArH OcX)CO OA COA OA OA OA CD r>- t>- UAM0 t>- .4- M0 CO CO M0 OA CD

• -P CXI rH I JrHlrHlrHrHlllllll lllllligll 1 bD 00 P

•H

cod

CO

1 i i g i CO -Pd

rl o

rHOJ o CDrH^CDcD OCMOAH^HHOAOAOOOOOCDOAOAt--OOA_d-oOOcOOA

rl H0001 1 ri 1 rl rH 1 IrHrHrHHrH 1 1 1 rl I 1 gHl 1

B I I 1 I B O

rl

>>

B 1 I 1 1 1 J Villi 1 I ' O

g

£

o

CM o CD nOcM -4 CDrH rH H H4NnOCJHI^HOWrjCMCJOrHr|rlCJfnOO\J-r|N

rHrHHrH rHrH 1 ri H rl rl H rl rl rl ri H H rl 1 rl rl H

CM

rl ^ 1 1 1 gill i I i i i i i i i i i i i i til =4= * * *

1

I O ON CD CDMO nO-4 cD cm mo rH ltniHVO oo t— -4 OA -4 roj- J- cD oo no no cm roroh-vo4 4 oo

rH HHrl rlHrlrl IHH 1 H 1 rl rl H rl rl rl H H H rl Irlrlrl rl Q -p 8 2

1 1 1 1 1 1 1 11 1 III! 1 1 1 1 1 1 III 1 3 ft CO cd cd c— o H o -< --; '''

! u '!''.:.•'.',-; no S3-P o H rlHrl rHHrlrl 1 r| H rl r| iHHrlrl rlrlrlrlrlH 1 rH rl rl II 1 llfll SBll Ilflllt III rl til II I llll Hill IIDIII III 1

cd

[— CD CD LTA rl CM CD no MO PO^rHnOMO^cM^^^<>j^Orl-4-CMCO-4COAcMMOOcM CM

rH rH rH rH rlHNrl Irl IrlrlrlHrlHH HHHlrll rlrlrl IB 1 1 1 1 I 1 KOI H III II 1 1 lllllll III 1 III

O oovo 4 t~-4 OHO\MroHO\wrJ)r|iAaiOrorOrl400

rl-4-rH 1 rllHHrllrH HllrHHIrHrHrHH

' <M <o cD CD rH rH CM CD H

-P rH rlHH

CO d f 1 t 1 I 1 III 1 1 II llll I d CO UA o (5ChOOC5 OC5t-rOHU)HcOr~HClOir\Cha\HONi300^a\ojrjvo OA

0) rH 1 rH rH VOrllllllrl lllrl rlllrH 1 I j> CQ t 1 1 I III r>i •H CD ^tfc :=

tt=: H

CD to -4 CD Ob-O ONC5 CD O CO CD UA COA no CO M0 OA tr- CD O la 0\ O CO 04 D-cO l>- CD O CD CO O tfl rH I H I rlMD lllllll rl 1 1 llll rl

i A i i

i y

0) O 1 o

U rH =te =*= =#= *

ro cd CD LfA OA rH CD OOr|HU)VOHO\Oh-VD OOMACO OVD O OMAf-ir\ t— MD OA a rllArl llll llrllll 1 lllllll bCQ CD H 8 1 i H

CO CD OArl Ovo OA no Is- lta cnaD c3AcM_4cDAcDUA0ALr\rH b-LfAVOcM Q\ lUArltlfllllllnOI lllllllll CQ rl

rl CMH o CD LTN r| LfA CD

1 r-i 1 1 i

CD O

CD H o O LTN rH UA CD

1 r-i 1

1 CDOAOO OOOCM Is- LiA CM CAONOACOOACDUAb-COrHCXDLiACM noMD c—

•rl CQ H !h H I _d- H I H 1 I 1 I I I I I i lllllllll 1 to O 1 *

1 1 I

CO O CD rJO rl O O cDcX) noO uacO uaco uaO b- Is- uacO t— CD ltauacO-4- noH-4uAiJA LfA d d-d

H -P

CQ CQ H

OA CD

r-i

1 CD CD OA CM cD

i no rl 1 1 1 I 1 1 1 1 1 lllllllll 1 cDcOoocO rl b— CM LfAnouAMDcD b-i^-UACD b-co OAcm nonoiTNt^-cM1

LfA

0)

a 4

O i i i i i i i l i i i i i i iiiiiiiii 1 *

CO -d •H CO CO OOOcO H O CDb-TOinnOLT\HlJA^VOLfNl^^LrNLrNCD^L^-h-CM COH4 t-4 LfA -d

CD •> O i 1 1 1 1 1 1 1 1 1 1 1 1 I lllllllll 1

It [- OCJOcOHOc5vOHirMA4- roiALfMAVOMD lA-^-H- O ir\ novo rl4HrON4 -4

r>» o i i 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 rl 1 1 1 1 1 I rH H

3 CD M0 CD CD CD b- no CD cDUAno_4voir\cM ir\Lr\Lr\Lr\UAUA-4-UACD nOrl-4-CMCM O O-4-cm -4 o > o g I i i i i l i l I i i I i i i ill i ii 1

on

ofh

db

abo o

CD c5 Ovovo O i i 0^ir>^v^ir\^ir\-4^ir\i^iiALr\-4-cDnocM fOrlrlHOHO i i i i t i i I i i I i i i i i i i i I -4

1

J* O OOCO t^-O CDVO UAMD C--UAUAM0 ITAMDVOVO UAUAUACD-4- nOb—CM CM O CM rH H LfA

abulati are

in o i i 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 III '

noo

cd OC5O00O H ! CD CO t— CO CO CO b— t— \Q LJAVO UALTNMOvO CD UAIiAOAliAnOO UAOOCM

i i i i i i i i i i i i i i i i i g i ill 1

1 w

Eh cq CM o OOOOM3 CD OA O OA O b- OA OA'cO COMD b-L^b-t— CD b-t— OcOMD O CO b-MD CO o

(D O H i 1 rl 1 rl > 1 1 1 1 1 1 1 llrlll III 1 •H .3 I II 1 d

cO TJ CO rH o CD CD rj OA CD CDOrHOOAOAOOCOOA b-CO MO t— Is— CD MD CO iHCOOOcM b-M3 CO rlrHrlllrlrHlllllll llrlllllll CO U

-4- > O i O

CD

i 1 1 1 1 1 1 & H o cD CD CD O O CD O O H ONONCO O 0\0\COONCO t-CO OVOCO b—VO Is— -4 no UACO oo

•s$

o H Hi i i-HrHlllrHHlllll.il lllllllll II II

i =fe

>s H CM 00-4* LfA M0 c-CO ChO rlcJ 004 LA\o r-OO ONO H W C04 invo t-CO OnO H HiHHHHHHHHHcMcMcMcMcMcMcMCMcMcMnono t5

cd Si O S
-81-

co

ir\ OnH

-Pm

<;

d

ca +3d

cd

-P

CO

•H

COO

CD^

CO

cd

CO H

<D

!>CD rH

bO HCOd

CO •H

rd

rHo

-d

CMo

doH

-p

CO

rQ

CO EH

•3

cu rH3

EH

fvJ ^DOcOO^oJcOcnOHOOcOHrOr^JNO^r^HO^(^^(^loJa\^-IO^OHOr-|N

1 rH 1 1 1 1 IrlrlHH iHrlHrl Irlrl Irldrl Irl IrlHrlrlrl

1 III) 1 1 1 ! II III 1 1 1 1 1 1 O

rH

i

CU -p-p

CXI CM ^Oa]OcO(^^HHChr)f-OfnrorriHNOO\HHNiAHHHO\rlr|rt

1 H 1 H 1 1 l-H-HliHlHrHrHrHHrHrHlrHiHrHlrHrHrHlrHrHrH

1 1 II 1 1 I 1 1 1 1 1 III III III rl

l •H6

d

cdrH •P

rH

CMO

CM

sfe >|c ^rlChOOOlArlHOHJinPJln-trHCJOHMrlCJOnrlNrlOrlrlrM

1 rl 1 rH H IHHrHH iHHrHrHrHrHrHHHrH IrHHHrHrHrHH

1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 I 1 1 1 » 1 Hcm cicM oirooocMcM cooocOH novo iaoocoH oJ (M w cm co w oo cm CM rocM CM rHrHHrH III 1 rH 1 rH H H rl I ri H H H rl rl H rl H rl rl IrHrHrHrtrHrHtH fi SBDllflDBtlB B S B B B

r1

1 CMH

CHO

-Pd

ft P

o

CM

OnH

III 1 1111 lllllllllll IIIIIBI

-=J- h-ro_H/ rTu^ONUALPvirwD cm OJ- C--vo ii^^LrN^Lr>rncMcMcn-rj-cMro-H/tv-)_drl IHHrHrH IHrlrlHrlHHrlHrlrlrlHmrlHrlrlrlrlHrlrlrH

1 III t 1 1 1 1 1 1 ! 1 1 1 1 1 1 1 1 1 1 1 1 I1

-4" CM LrAj-OLr>aNLTNVO_=J-V£) CO CO VO ^IJAirNlTNVO^-^OOONPn.-4-.-r}- rOOOJ- J"4

H H H H H H 1 HHrlrlH 1 H rl rl rl rl rl H J rl 1 rl rl rl H rl H rl rl

1 1 1 I 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1

-d- novo -4 o ltn On cm t>-Hw\mcn\r\-3-\Q\j\ir\is\cncooi h-o HJ- rl cm O nro HrlrHHCMH 1 1 rlHrlrHrlHr!rlHHrlrlH4rl 1 d rl H H rl rl H H t B I >'• BlflflftBI i ittaiBBBB

1

-4- HI ooH

H

H

I H

MDH

III B WilllllllVIIl 1 9IIIIIII

H CO J- CM CO CM CO H LTN ITN PO CM CO^UA^-OCY^lTN^CMOOI>-CMCMONHt>-CMCM

r-\ H r-\ r-\ Irl IrHHrHlHHiHrHrlH rl rl H CM H rl 1 rl H lrl PrHH

1 1 1 1 1 1 1 1 1 1 1 1 1 1 III II II 1 II

1 CMHi a

cd

CQ

LTN H t^CMHNOOnMM^^HO(Dmn^MLf>PJrlC004rlOOOOr|(M IHrlHrl iHHHlHHiHHHHHHHiHiHH HH iiii ill it i i i i i i i i ii il

H

i CU

to

CQo H Nl^OHOHOOrONmOOOOrHcJHCOH^ChCAinChOcOOVOrlcvl ii H H HHHIHH HHHHHiIlii • iHH i I i I i I i t i i i i ii

O

H

l rH

cu

rHO

d

Uo

CD -P

cqd

onH

CMH

rOCjVOOOCM ON O CO O CM O O ON U O H CM fnOVDIArllArlOOcMVOrlN

i IHHHI III HHH ill i HHHH iiHiHHHiiHH i i i i i i i i il

40CV]hO\MrlhN hJ-OM?\COO r|COr|OJCMI--4rOVOOJPJrl(MO\OcM

i Hi1 IHHIHIHI II S 1i lr-1IIISII HHHHHi iHiHHHi 1 IBS iHHfl 1

o

H1 H

H

rHrH

1 II v I IIIBII B III II

lt\cO roco h-mwcOrlVDHco Onco^O c5 ondco Hco H ooco O n pj O O O O

i iHl I H H I rl i H I « • i HHHHI 1H1HHH r-\ t-\ <-\

6 IB 9 B lull B BID III

O

H

O

rH

1 II 1 1 1 1 1 1 III III

4oo^^-LAH0^04cM^^^(^4Hr^cvJOlAC)(y ^-a\a^NrlOOco

s I Ht

1 1HHI II SHI1

l i BrHrHHHHi lllll H«1

* I HIIIHHl ON

i

Ono

1 II 1 lllll I VII

<D C~- ONCO VO On O t— C-- ir\ On _=)- -4 irxroH 0\0 H On Ltn itn O ltn O OnOH O O r—

1 1 1 1 1 iHl I I I i I 1 IHIHHI I IHIHiHiHHi I ill iiiii CO

i rd

CO 8

MO t>- I itiliiililiilliHliHiliHiHiiiiii s— D— MD On On UN t— -4 CO co ro LTN On H l^-OAO On cO-4- o ltn H CO M3 CO On On 00

I 1 i is

i >i

rH o

MOMDVOVO iililliiliiiliHHliiiiiilHiiliii m t^- t— ro t— _4- co Lr\roooH Ooo t— On On cm itn On ro o co C— r— Onco l>-

i i t

i

CD>O

vOO

-d-j- ltn-=j- ro_rj-^|- H ir\-4-vo ro ro itnco Ocovo On On -4 t— 0\ir\0 r--co C—oO t~-cO

I i i I I i I I I I I 1 I i i H I i I I I i i I H 1 « l l I >

i i

1 3

o

CM-rJ-^-H^-rJ- LT\ -4" HVO-=|- l^rOrOLr\OC000CO On OnCO t^-OOMDCO l>- ON 1^-00 t— On

I I 1 I I i I 1 I I I 1 I I H i I i' I i i I i I i I I i I 1 1 t—

o

1 MD lAt^-rnrOH-4- H !>-VO ltn ltn H r- OnoO On 00 CO OncO D—oOVD 1^-COcO i—OD t— t—

i I i I i I 1 I 1 i I i « 1 i i i i i i i i i I i 1 i I I I I i

CD

[3 o

t— VO 00VO ir\-4- itncm t--l>-cOVO-=i-cO C— O O\a0 O O Q\cO OWO 00 On O O- OnoO 00

i i i i l i i l i l i i i i i Hill l l H H l l • i i l H l t i i

i

CO

i w

CDd

CMo

00 ltn On Is- t—VO VOUAOncOOnLTnLTnOOOcM OHH^OHOOHOnOnOoOOn i i i •

i i i i i I i i iHHHHHHHlrMHHHHi • H i

i i I i I i i iiiii i

On

i H

rHO

COir>ONl^ONOcOi^OHOV£)i^HcocMCM^HcMHcOHcM(McMHcOHC^'-l

• I «

i I I IHHHI III iHHHHcMrlHHtHHHHHlHlH iiii ill i i i I I I i H

1

i O

o

Is- LTN b-VO ON O t— VO OHONOCXDCMLTNCMCMLrNHOOHOCMCMCMCMHONCMOCM

I ! i i i ! iHHiHiHHHHiHHHHHHHHHiHHH Il i iiii i i i i i i i i i ill

H

H

I

>>

cd R

Hcm fOH LiNVO c~-CO ONO H cm ro4 lAVO h-CO O\0 rl CM pO-4-LTnMD t-cO OnO H HHHHHHHHHHcMCMCMCMCMCMCMCMcMcMrorn t3

CD S

CD

bfi cd -pdo

a

>3

oH

r)

cdo

PC.

N't
-82-

CO

LT

no

Ol O no 0O r-l H CM CM rHHr^rl 1 H III) 1

r-t-^-H/CM H OOrl rnOA-^-CM-H/OOCMMD-d-L^CMirNOOH-^

r-iHr-IHr-i HrH-H 1 H H rl lHHHrHHrHlHr-irH

1 1 1 1 1 III III 1 1 1 1 1 1 1 1 1

CMH

1 a

H

rH

CD -P-PCM

CM O^NO ON MO H

Hrl-H 1 1 rl III f

rl CM (M t-- O O l>- ON CM H rH rH 1 rH 1 1 H

1 1 1 1 1 CMOCMLTNHiHMDOO_H/ CMOOfYN 1HCM HrlrlrlrlrlrlrlrlrlHHrlH1 1 1 1 1 1 1 1 1 I 1 1 1 1

CMHI aCQd

HCM H -J/ m h t— co H

r-i H H r-^ t . i H

1 1 1 1 I

CM CM ooco H O H CM H

rH rH H 1 r-| r-\ r-l <-\ lit 1 111

cM-d-OHf^cNjoooncM H cm O ON oo rlrlrlrirlrlHHHHHrl 1 H 1 1 1 1 1 1 1 1 1 1 1 1 1

CMHI p

S

CD

cdU

-P o

CM H ITN PO CM CO LTN H

r-l H H rH 1 1 r-i

I 1 i 1 1 c\JcM_=t-OHO'CMrocM rlrlHrlri rl rl H

1 1 I 1 1 III

0Oir\CMlTNPOCMCMCM 0O CM H H M3 -d" rlHrlrlHrlHrlrlHrlr! IH 1 1 I 1 1 1 1 1 1 t 1 1 1 H

eceived

at

Guantanamo

-

osses

and

2

kw

output

of ONH

COH

r-H

He m IT\ _=( ^t MO Is- rH HrldrHH 1 rH

1 1 1 I 1 1 0OM0 LT\_d- UA rH H

H H rH H rH r-i r-i

t f 1 1 I 1 1 J- J- CM PO_=J- CM CM HrlrlHrlrlH

cM-=J--=h_HrrH ciJcM-=J-irNir>-d-00LrNM0-d--d-cM roa\OOW4 rlrlrlrlrl rl rl r| rl rl IHrlrlHHrH: 1 rl rl rl H

1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 nrOj- LTN t— O OOrOLiACY-JMO-^LTN-d/ C— -=t H -=h MO CM ON IT\ -=h HHHH 1 HHHHH0OHH 1 rl rl H I 1 1 H H 1 1 1 1 1 1 1 1 1 II 111 II

CMCMCM-d-OAOcM-^-LPv^CVNMOCV^tMirNMO-^-^-^-ONrHLrNLrN rlrlrlrlH BIII8 rHHHrlH-^Hrl t 1 t « u

I H Ha Hi

1 1 H• rl H

HI ooH

i mH

H

1 fi I 1 IS

HHHrlHriH

lilt III

ONJ- 04-CQ O rlJ-4-

1 rlrldJ rH H H

iii

cn cm h oo O mo -H/mmcMirNOiTNirN HrlMDHCM 1 rlrlH 1 1HHH onH

LTN H

H

1 1 1 I 1 1 1 OiAOONOin H rH iH rH H H 1

1 1 I 1 1 1 CO mo OO CM 00 MO

1 rH r-l 1 rH 1 I

1 1 I

III III

rlCM f— CM mOOoOCM

H r-l 1 H CM rl rl rl It 1 III

O CM CO 0O CM OOOOCM

rlrl 1 rlCOHrlrlH It 1 1 1 1 1

IB I III III

-H/CM t~—CM rl ONOOrl COVO CO O OQCM rlH-H/rlCM IHrlrl 1 IrlHH II 1 III Hi, Jl, III

OOrlOrHOONrlrlCY^UACMOCMON

rlrirlrlrl IHrirl 1 Irlrll

1 1 1 I 1 III II

i H

H

I OHi U H

CO CD

cd d

00H

O CM ON t— ON 00 MO

rH rH 1 1 1 1 1

1 i O rl Chro C5 O rl N OJ

rl rl 1 rl rl r| H H II 1 1 1 1 1 CMrHCMCMrlCOI^-CMCMrHOONOON HHrlHril iHHri 1 H 1

1 1 1 1 1 III 1 O

H

1

edian

signal

levels

,

adjusted

for

no

li CMH

HH

rH rO (M CM ON MO MO

rlrlrlrl I 1 1 till

0O-=J- rH o ON t— MO rlHHrl 1 1 1

1 1 1 1

N rl O J-CM rl C3\r|(M HrirHrlrlri IIIIII 1 rl HII

CMt^-OCMCMONOCMCM

H I H H H i H H rl

I) a i id*

Sir N r| C5 rl rl ONO\ rl J" O rl rl O OO H rl rl rl 1 IrlHrl rirlH II II III III

4-OOOI\Frlt^r|N rl rlOJCM OO HH HmHiHHr-i fi tt nil Ha r-\ H»

rl

1 H

H

O

H

ONO

COo

III! i ill • i i (M COCO ChCO C7\VO ONOHOoJiHcOChoOcMrlO O\^O\0\cM O CJ N rl CM N rH rH 1 1 ! 1 1 IrHHrHrHrHl 1 1 rl rl ICM 1 trHHHHr-ir-liH 11 1 1 1 1 1 I 1 1 I 1 1 I 1 1 OCh(>0\V£)r-(^COChOChOONcONcOr|HOcOO\Or-|fAlO(Mr|OHro rHl 1 1 1 ! 1 1 1 H < H t 1 « 1 HH CM IrlHrlHrlrirlrlrl

I i 1 II 1 1 1 1 1 1 1 1 1 H O OCO t-r-t^-COO\ONO\COcO D-lAt-OChOrOOCAOr-IOChOONrlCh HIIHlllllllllllllrHl H 1 H ri H 1 H 1 H 1

1 1 1 1 1 1 1

O

H

ON

i

On

i > H H

3 CD o t> -d o

D- On OCO N-t- LT\MO 00 ON ON ON On t— h-MO cX) O 1 i I 1 1 1 1 1 1 I 1 1 1 1 1 OONOOl^-HONOOOt^-COCOONON Hi I iHlHHHi i I I I

1 I I I i

00

i o

On O ONt^-O irNt-— cOaO ONOoO t^-UA00 OnONO OnOnOcO O ONO O OnoOoOcO

1 llrHllllliHllllIliHIIrHlrHlrHHllll 1 1 1 1 1 1 1

ON

1

<+h cd o o

ON O ONOOO ITN f— ONCO ONONCOCOM0 ON 00

i t—| itiiieiiiiii 1 LTNOOOoOOONOONOON ON MO 00 On

I iHiHlHlHi lilt i i I I ON1

ation ind

-it- CD ON O O ON00 CM t—

1 1—1 1 1 I i 1

ON D— ON00 C--C0 O CO 00

1 B B 1 B B t t— CO 00 OnO D—cO OnOnONOnoOOOoo

I I I I H l I 1 l l l 1 l I

i

CO IIIIB II f 3 E

,a cd

cd Eh co

CDd

CV") O

ON O ONOOOMO h-0000 O OnoooO O CO ON00 ONONONO On On On H OnOnONOO on

1 1 r—II1 11 1 1 r—1 1 1 llllllr—IIlitlr—IIIIII On

CMO H o o h ooo ON

rH rH r-i H 1 1

1 III

honcmoooncoonh

rl 1 rlrlrl 1 1 rl

1 1 1 1 1 OOOOOHHOHO HO O H HHHHHHHHHHHHHH I 1 I I 1 I i I I I t I I i O

H

l • H "s cd -4" > c! H r-i rH H 1 H 1 III 1

CM O CO CM N rl Or|(M rlHHHHrl rlrl IIIIII II

NrirOHCMWrOOJWrlJ-rlCJW HHHHHHHHHHHHHH i i i I I I I i i i i i i i

CMH

CD H

i

o

o

00 O cr,^f r-\ O O

H H H H H H 1 1 1 1 I 1 CMCMCMOOCMCMOCMCM HrlHHHH rlrH IIIIII II

cMH <^ f,r>'H-Hr_=j-Lr\-=t'OOirNoocMO

1 1 1 1 1 1 1 1 1 1 I 1 1 1 H s

1

>>

cd Q

Hcj co4- iavd f-co ChO H w rn^trNMO

rH r-i H rH rH rH H

f— 00 ON O H CM rn^± l/NMD t"-00 ONO HHHCMCMCMCMCMCMCMCMCMCM0O

CL>

cd -PO

o

•H tJ

cdUo

CO Hf=fc
-83-

rn VDrlJ-L^nwrJHOJ-MiAPOOh-rJiAH lAiArncO H ojvd c!) o O -4 CM MD rH

CM ro4 mm i w i i oj « H H cm i H i i i is g g i u * * * * ****** *** ***** * *

<D CM f-— -4 CO LTN IT\ LT\ t— VO h- rH rl IA PJ CO CO VO -4 LTN CM CM -4 UAM0 0O H O t O -4 -4 -4 O CO -P-P

•rH

C\J CO CO CO CM 1 CO CM CM 1 rl CM 1 ri rl CM CO rl 1 1 « 1 1 9 rH -PrO

CO O D— 0\ -4 CO cr\ c--MD rod J-vd ON CM LC\ CM ir\h-CM rl CM -4- CO CO O

* *

• rH o C5CVO rl ON

to

CO

OJ CMCMCMCMICMCMCMCMl ! ! ! !HC\JrH<MC\J .1 o

HNHI^HcOrlcornrOrlcJONrlcviroh-ONh-iAOooOHrJC!)

1 Hrlrl 1 rIN 1 1 1 1 1 H 1

,. *

rH r< O C5 OOcOH UA

rl

CD

-P CM 1 ch OMD t— J- CJA CO ON ON-4 OM^-IAOCO J" O rl MO ON CM ONOM O \>- O

* *

£5 O o\ o C5 0-4 rH ^ o rl H 8 1 rH ! ! rH H -p -P O 3 =#= * * =tt~ * * * * ** *** * u „ * o ft CO t^-LfAV0C0 I— PO rl -4 CO CO MO O h- ON rl M0 O -4 CM t^lANVOCO CM C5

1 I 1 1 rH • 1 1 rl 1 1 rl I 9 I rl ! CJ C3 O ir\_4 LT\ -po H I 8

f i T* *f* *P *P *r *

cO f- ^OVO t-CO ChO\OWr|0\ChO\OAO\OV£)C5c!)COlAO h-lAO\cO C5(5 c5cO O CO i*

rH 1 1 1 1 I 1 1 i 1 1 1 1 t rH 1 1 rH III i i * * * * *

C\J VD ON t- D—oO O CM CM ON M0 C— r— M0 OChOJ-OOOOOcOiAON-O o OOcOH t-

-p H ill! 1 I 1 1 1 1 1 1 rl 8 H rHlirHl

I i I 1

' i

_, a * * * d cd LTN r— 1^- r— CO CM CM 0- On ON t^- ON O O LT\00 UN O C5 d ON M0 CO H ON t—CM d CJ3 C5 ON H D—

(U> CO H 1 1 t 1 9 1 I 1 9 I 1 rl rH 1 1 1 1 I 1 rH 1 1 1 i i g

I I •H a; * * *

(1) CO -4 ^4-vDC04-v£)Lr\OAO\ChONOh-OcMls-OOOcooOl^iHOr~-0 o C5 O MD CO r— o ra H 1 1 t 1 1 1 1 1 1 1 1 rH rH 1 1 6 « B ,—1 i—I 1 8 8 i r^

<D O ID 9 1 H

ri H cO CO MO M0 M0 t^-CO b-O C— O ON ON O 0\0 ON h-VO Cl H O t-- ir\ rH ON [>-UA C O C5 E~--4- t— rt CO 1) H 18 18 8 8 JrHlIrHlrHllI rl rl 1 1 rl 1 1 9 8 9 i O

* £

1 II 11 1 * CO

ra H CM ltnmO C*--4- ON MO M0 CO O O CO O 00 en ONVQ t— O O On t^-00 CO 00 ltn ir\ d? C! C5 t>-_4 c— H rH IIIIIIllrHrHlrHllllI rl 1 I 1 1 1 I 1 1 i i rH

a) o III 1 cO

rH rl rl CO tTNMO MO OCMMOMOOOONt-ONMOMOCO t— MO O ON LTN CO h- O t—MO m C9 lilt 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 119 C5 OVO ir\

i i l •H o CQ rl <H

CO o <M CO MO CO CO IT\ -4 f— t^M0CO^0OUA[^-r~-C>a0-4-4Lr\t!3M0M0-4C \s\ W)

WD a) rH i g g i o I i l i i i i i t i i i t i i i i g 9 1 8 •9

•H -P * rt «) CQ ON t— CM -4 ua ,4 _4 _4 -4 UAMO MO t

1— -4 rl MO VO VO CO f— UA-4- LTN UAMO MO -4 o O C5 L^VO in c> d^ o i i i i i i i i i i i i i i i g i g i i i i i i g 8 1 i ^ CO Tj *

•H CO 00 UA CM UA CO CO UA.4- CO -4 -4 UAMO CO rl UA UA MO MO UA UA -4 -4 -4 UA LTN -4 d Ot5 0ir\ -4 *

CD * o 8 1 1 1 t I 1 1 8 1 1 1 8 8 1 I 1 1 1 1 1 1 1 1 9 8 1

El s> t— O cm H CO-4-4-4-4-0OCM m_4 ooir\rooouALT%Lr\-4_4 mmm-4-4 o C3 c5 C5in -dE>5 o i ! 8 I l g i i i i t a g i g t i g g g i i g g i i 1 rH H

<D rOrliHoJ4mc5fOoJMPJrl oo4 POm4 ia40ojH(MiH4N o C> C5 C5 ro en O >

43 O

«H CO o

o 1 8 J 1 1 8 18 8 8 8 19 118 8 8 18 8 9 8 8 1 i

LTN O

4c^cMcM4(^OniArororo44cvlrH4rorocMCMiJrHcvlcJO BBflBDft 11 DDflOHQfiBlflltl BHQ C5

n CM1 43 IJIHII U OilN.IBIIIIIIl QBM

* * o -4 -4 POrH rH ir\-4 romrl moo,-| oo-4 rooo_^|- rocv-)cM_H/ o tnro04 C5 O c5 c5 rn CO 3 3

o 8 8 8 8 I 8 1 6 8 1 1 1 8 8 1 1 1 8 1 1 19 1 1

aJ * * 3£ m

o 444c\JVD44ooc!)lACMcJ044rH ia4 HrirOrl4roH^O 118 9 8 8 8 8 8 8 9 8 9 S 1 8 8 8 9 8 P OC5C549 -4

43 cO w

Eh

CO to CM CM**

CMMDCM-4Lr\LT\l/> OOVO rHCM

***

0OrO4OJ UACM 044 **

rJU)

.**

CO 00 O C5 O C5 C5 MO en o

CD3

O 1 H 1 8 8 8 8 1 8 ! 8 8 8 19 9 9 8 1 r-\ 8 i •H

-d J d

*A* *±f st- -Js JL> iL «l« ^L. *L, «JL> >L. %1, >£y -4- *A, T* *t* *|* 'T' *p 'T* *^ *f' "r" 'T* ^^ ^~ ^^ *T" "T* CM coin4 4VO roiiMAy) co04rlrOpHMDVOOVOHir\cOWW(M CO

CO a3 H C5 OOC5h CM m

Lf\ > O 1 1 9 8 1 9 1 S 8 8 8 18 8 i ! o

ft

CD *ip T* 1* *ir t^ ''K *T* ^ ^r- 5j< 5p 3^C ^£ 5fC 5(JC 5fC 3jC 03 H O HVO_4_4cOU-\rHM0ir\cnj-rHHa\Lr\Lr\VOcM Orl440\OHcO O C H

EH o 8 18881 J 8 W i rl rl 88rl 8 i =*=

>> H CM (Y-)^t-lTNMD O-COOnO rlCM rO_4lT\M0 t—CO 0\ O r|CM m_4LnM0 C^-00 ChOH -d Q

CO rHrlrlrHrHrlrHrlrlrHCMCMCMCMCMCMCM CM cm cm ro ro ^S
84-

* * „ ^ * * * m VOQOt^O^ChlAVO^lAirvlAVDHVOCMONFMPLiaiHCO^DCrNt^^CTNrHHh- ^0

CM III lllll.llltlt 1—1 I 1 t 1 1 1 1 1 1—f 1 1

1 I * * * * * „„„**** I

CO H r-roroin H*^ f— ir\ u> lt\ tr\ -4 -4 o- cm t— Pm Pm Pl, m h O cm t— -4- m O CO MO ITS CM tit i i i i I I I I I I H 1 l H 1 l l l H • 1

1

' 1

1 u ****** * * * * * * * * * * * *

<u H O-tiHOWOI^LnrOLAOJJ-cMJ-J-H^pHP^^MDVDOrH irMArol^-co m m

p CO i t i i i i i i i i i—1 i i i iii i

i

•d * * * * * ******* ******** *

b- o N J" J" rOVO nh-JrHJ-OWOJh-O ONVO PH^^b-l^-^HlAlMHMlAH CM H

d

cO

CM 1 1 1 1 1 1 1 1 1 11 1 1 1 1 1 1 1 ^ ^Z jfi 5fc 5(C 5fC 5jC 5JC m 5|C. 5jC 5jC >fC ;fC -^ 3|C 3*s 3|C ^C 3fC 3ft 2fC ^C 5JC 3]C Pt Q\ N J-W 6 CM h-J- H4-^OrOVOOrHcOOCL((l(CMW(MoJrH!^HH4-iAn O

cu p H 1 1 1 1 1 1 1 II II

<p * ** ***** *** * ** *** *****

1 o CO HCOCM HVDb-J-VOIAVOOVOJ-CMCOChrHOW OOO-ZJ-iHVOCMCM OOCM H

II II till 1 1 1 1 r-1 I HiH H

rH

0) H 1 t> p 1 a

o d

a t— *****

ml>-HU-\cO-=J-ir\OMO *hOOM3\cOHOOOHrOHOr-cOH^4-H4H

****** ** r-

+3 H it iiiirHii iiiHHH ti I I H I 1 H H i

f do *

I ii

* ill*

ti L *0 cO CO -4 OM—t—O t-\D ChOOO\OrlcOOOO f— 00 00 N ChO O t- H J- ro CO |5 H iiiiii iiir-HHi Hi H 1 i 1 H l H H 1 H H ii II i i i i i CM LT\ CO OirM^-U) LAh-OO IAO 0\0 h-O H lA^O c5OMDV0OV0inc0CT\O4N t- P H I I I i I I I. i i H i H i H H I H i i H I I « I rH I H i CO ndd

-d co

i i i i i i ii

-4 l^-t^-ir\cocO-d-cO On roco OcO iAr-Oco c—vo O H C5 MD ltnMD O itn ONMO cm cm c—

eive ses

-H IIIBIIIlll i—1 III i—I III III llllt-H

1 1 1

1 m t^-ir\<Mco UA-4- f- On cm co O Onco t— co r-vo co c5 iaOcovovD c5 uacO ood—H IsO CO H llllllllll 1—1 1 I 1 1 1 1 1 1 III till 1—

1

1 cu o

P) H

1 1 CM -4" -=*• t^-CT\MD CM .4 CO POONONOND--ONr--r--VO f- O -4 O UA h- ITN H IT\ C— m O- O tKl (U H 1 1 1 1 i 1 1 i 1 1 i 1 i i 1 1 i i i >

llllllllll—

1

1 CO Pi •H

i I M rH H MD -4 -4 MO h-roj-VO O -4 On O CO CO t^-COMO On O -4 CO C-- C~- ltn CM lt\ itnMO tr—co o H rH I I i i i i I i i i i—1 iiiiii i i i i i i i i i i 1 O

t> d

<u

i o cm _4 m f— itn m-4 .4 c!> -=t r- On t^ ltn h- CO ir\ 1-— MO -4 CO r— ir\ cm cm _4 MO itnMO MO ir\ H rHO

rH i i i i i i i i i i i i i i i i i i i i i i i i i i i i i 1 H <h

CO Q\ -H -4 m MO MO cm MO -4 d ir\cOMDMD-^|-vo r-irALr>.;j-cO C^-vO-^t H cm -4 Lr\mir\Lr\ ir\ S) CD o i i i i i i i i i i i i i i i i i i i i i i i i i i i i i H -P

CO CQ d "o

CO Tj

8

cm roc5 ir\Lr\_d-vo mO ua lt\ f— vo oomdvo Ovo ua t— cO l—uacm cm ir\-4- ua-4- lt\ OB BSBII D1DIIII IIBI1IBI1IIEI in II IBIBI 1 1 1 1 1 1 1 lllllllllllll | H CO i— oohvo ir\LP»cM iArniAl^-Lr\ f^vo LTNirwocOMDMDVO I>-c5-4- oo^t _4- -4- ir\ir\ir\ LT\ -d o i i i i t i i i i i i i i i i i i i i i i i i i i i i i i 1 CD -> S >

^ =L VD CM miT\_=t--=J- CM .-H.-3--=J--4- UAMOVO UAUAMDMD UALTnUAVO O lt\-=|- iaiaJ- Lr\_4VD ir\ >> O 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 i H H

3 CU O > A O

«H CO

o

CV-)H-4 OOCM-d" Lr\_d-^tMD_d- iS-MD 4-VOVD h-VO LT\VO u>0-4-4--d- 0O0OLf\_=|-Lr\

B SIB lllllllllllll! IIIIIIII ^t

1 III llllllllllllll

-4- Hcm H rOiHLr\_d-Lr\ir\MOcM ltncm HMDMDM0_=|--d-u>Lr\c5ir>LP»_4-rHirNVOLrNLr\ LT\ o o 1 III IIIIII 1 1 1 1 1 1 1 III 1 1 1 1 1 d f§ * * * * * o m H H O oocm O CMMD invo OVO rod t^-L^MD-^-d" coooc5 uamDmD ooj-vX) Lr\_=h -4" $a o i ii i i i i ii i i i i i i i iiiiiiii 1

CO * * * * * 32,Q CO

CO

CMo

_=j-IBIIBIIIIfl cm mmir\mu-\vo rovo cmvo

1 H oomococo IIIIIIBIIIIII1I ro_=h -=» oomLrNi^-MD irwo [•— irv H llllllllll i I llllllllllllll!

EH co M LTN^t-LrNl^-CY^U-Nl^-f—irNCO O t— CM O-4-C0 OM0MD LALA H f— ONI^-CO t— O LfNLTN O CUd

O llllllllll 1 III—llllllllllli—III

1 1

i

• H 'T^'I^^K ^P * 5pT*'t^

££ O lAj-f-CO IAO\0 >-\DCO OlAOr-HVOOCOOON rOChCOCO I^lArH IA4 t— O I 1 I 1 1 1 H 1 I 1 I I 1 HiiI H • I 1 I 1 1 1 H I I

1

'

cu

t>s £

cd HCMOO^t-LTWOI^-COONOrHCM 0OJ- lA^O r-CO ON O H CM OOJ" LfNVO f~ CO ON O -d

cO EH

. P HHrHHHHiHHHHCMCMCMCMCMCMCMCMCMCMOO M

=fe
-85-

* * * * * ** ******** * m CO ChO>H niAO a o C5 POlTN^l- POPOLT\ONOOrH ON _H/ _H/ ^f POCM PO-d-CMMO-^- O ro

CM 1 ! ! 1 * * * * H

1 II 1 1 1 1 1 III 11 lit

5p 5fC ^c y< 5fC 5p >(< 'JJC 5fC ^C 5^C >j< if; ^ WVOcOOr|iAOOWH40rOOC5H\OHHI^lA

l

CM CM MO -=f CM CM -=h C5 om; d O CM Hi! 1 1 11 1 rH

1 rH 1 III

u ****** £

1 1

0) rH C— rH m CM _=f rH C5 o o d Lr\r-CO OO^ONHHHiACMH^OHHH-H/irvH H -p CM ? II II 1 rH 1 1 > 1 III -P 1 (U

• -d ****** * rHO-CM C— rH CM CO O PO CM POrHcMCM O H N-3; H OcJ bD M O LTNMO H ON4- O o CM d H CO ITN CQ CM 1 1 1 III til 1 i—| 1 1 1 1 ii i 1 P>

rH CO ****** * * **** ******* ****** 8

rH on r— MO 4" lACdoO o o H dMl o ._; -: _..: r -

i r -i , r i ,. - C j c ;'.:< • < .

; i

• O

P H 1 I rH 1 1 1 1 1 H 1 o

<H * =#= * * * * o

f 1

^If ^ff -A; ^4; vlr 'J'' "*ir ))f ^Jr? "£? ~&? "*&£ ^Ic "^ St; ^rjf *Jr* ""V 'Jr' ^jf ^IrT fl o CO M3 CM POJ; no D— cjj o e> LlALrNMDCO POf—POrH rHMOMO rHMO POcM-d-cM-drUACM t— H

O

<L> +3

pi

rH oo 1 1 1 1 1 1 1 1 1 II 1 * =fe * * * sir *4f ife ^ItT 5>1^ 'Jr' ^rltT ^|f ^If iJ< Q ft l>- POMO inHO roO o o o UNV£i cm J/ H lAJ/ f-VD O COO H rovOH- OMM rocMCO -=h -Po

rH LT\ § i llrHlrH III H 1 1 1 rH 1 rHl

.. * II* * III*

53 ^ MO nOHOO\(5C) a C5 C5 CJONcvir-HcMt-t-achOooovorotAiONj-chu On §5o

rH 1 1 t IrHlrHHIl 9IIS1 rHHirHllrHl IBIS III !

> * =tt= *

CM LTN OlAC50\O l>-CO CI rj C5 OONOrHCOt—COC— OOMOONONOr— CMLfNOrHCOO ON

-P H ! 1 H 1 1

i IrH 1 llrHrHllirHlrHlrHrHlrH 1 11 i 8 1 1 1

1 >5

rH _ d

^d co -4- PO-4"M0 CM CX) MO CO e» o o

*

C5 ON O CM t--M0 t— IT\ t>- O C^-COMOCO_d- LT>!>-CO ONM0 ON r- i

<U rH I ! 1 1 I 1 ! 1 rH rH 1 1 1 1 1 1 1 1 I 1 I 1 1 1 1 1 | O

> CO 1 ti •H 0) 5K >K 5K x. CO

(1) CQ PO CM MO MO I

s—MD LTNCO O i 5 O O CO O LTN LTN MO MO PO ITN C H -4" O VO 0\4"^- O-VO CM r- <o O CQ H 1 1 f 1 t 1 i 1 rH 1 I 1 1 1 1 1 1 1 1 1 1 1 1 I i rH

<u o

U H

1 CO CM -dr t— vo LTNMO -=h LTN O C5 OOcOh-rOh-HinroiACO nj- OOJ-VO H W J; H O N -dCQ 0) rH 1 I 1 1 ! 1 1 1 1 1 1 1 1 1 1 1 1 III I 1 i i •H

CO Pi CQ •H * * * *

CQ H rH MO O -=t- -=r po po-h^ o d O Ovoi^-iMVOOiAHHOHlAHUNCOfM H-HrCM-d-CM -=i- b0

rH

0) o H t i j i i i it i ill I i g till

*

OM0CM-=j-ljr\rH^|-C\JCM OPOLT\POirNMOCMCM_=j-OLr\rH

i O -d" PO PO PO CM CM O rj d o CO 0) H rHo H 1 1 1 1 I I 11 1 1 1 I 1 1 1 1 1 1 1 II 1 rH

rH CH

CO ON -=t J" LPS LT\ CM CM CM u d ei OlTNCM PO-H/CMCM rH-d-LfN_4-lTNPOCMj-OrHlrNCM POCM PO *

fao <u o i i i t i i i II 1 1 1 1 1 I 1 1 1 1 1 1 1 I I 1 1 •H -P

CQ CQ

CO rd

•H CO 8

O _=r MO PO CM CM rH

I 1 1 I 1 1 o d o 0-=t-OrHOcM POrH POirNM0lTN-=J-CMCM CO O roO IA4-

1 1 1 1 1 1 1 1 1 1 1 I 1 II PO

1

t- C5C500C50H o d o r_5cM po_3-cM-HfPOcM PO_=t--=|--Hr-=h^t_Hr-Hr-=i-^tM0M0-4- -=r o i i i i I i I i l I t i i I i i I l i >

_ d. mo PO CM CM CM PO-=± CM o d o O O roJ-4- row PO_d-Lol POPO-d-irv-d-LrN-d--=i-M0LrNLr\ PO

>> O 1 1 I 1 9 1 1 i i i i i i i i i i i i i i i i i i H H

LTN POCM PO rH PO PO CM e> d C5 CjJ O POMO -d/ POPOPO_=j--Hf lfN-Hr-4- LfNMO PO_=(--=J-M0 LTN-4- PO o (> o 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 41 O

, & <+H CO -Hr PO rH CM rH CM _=r CM C5 d o C5 O H-=h-d- PO-Hr LTNMO OM0-=l--4--4-M0 CM J- ifNMO PO-4" J- o O 1 1 III l 1 i I 1 t I 1 I I 1 I 1 1 I 1 H rS * * O m CM rH -Hr H cm PO cm C3 d a O POCM r-\ -=t POJ-ITNPOC) LPvMO LTN_H/ t~- H T) UN h- POMO oo $ a

O i i i i i i 1 1 1 1 1 1 I 1 1 1 1 I 1 1 1 1 1 1 H CO * * * * ^ CMO

CM rH MO PO POCM rH

1 l 1 1 l co- d o O POCM O CM LTNirNO-OMO D— MO ITNlTNMO rH HMO t^-L^-^ II 1 1 1 1 1 1 ' 1 1 1 1 1 1 1 1 1 LTN

1 O•H

,Q CO -d

CO * * * * * * CO EH tQ H t— POMO MO -=h POCO rd d o OPO^CMLr>OOt^-OPOMOCOU-NLPvrHCOMOPOLfNCOli-NCM LTN rH

a) O 1 I I I I I II 1 1 1 rH 1 1 1 1 1 1 1 1 1 1 1 1 1 O

• H *

1 CQ O CO O CO pooo On no cm o o d o Cj5POlT\rHMOMO-=i-OcM_4-ONCMMO-=i-OMOCM H f— LT\ H -=h LTN > o i i i i i i II 1 1 1 rH 1 1 1 1 1 1 1 1

1

i =fe

(1) rH t>* -s

CO H cm po-4- ltnmo [--CO ON O rH CM PO-=t" LTNMO f-CO ON O rH CM PO J" LTNMO IT— CO ON O rH tJ

CO Pi H rHrHrHrHrHrHrHrHrHCMCMCMCMCMCMCMCMCMCMPOOO Si LH s
-86-

* * * * * * *

CO -4 CO -4 VO H CM H LTN t^-VO rx)C0V0^-0NC0Hc0OHV04O OM^-4" C5 no H 0\ vD

C\J IIIIrHl 111 1 lllrHl 1 III 1 rHl

1 1 1 * ****** ***** * *

1

CM

CXI OcOb-fOOH COVO ror-iANHJ-MnrHJ/OinHOOroHnOHtiON^

1 1 1 rH ' ' IrHlllrHl 1 IrHl II m1 h * ****** =#= * ** ***** * * *CM

CD H la t-oo J/ t-^D oonoO J/ HHHHHHVOOtrxCM roiAO inHHOOOHH O CD -P CVi llll rH 1 H 1 H 1 1 llrHl 1 bO

-P ** ********=#=********* *** * ** ir\ en On 00 covo VO H On LTN.-4 t— -d- en itn f— m lt\vo cmco rH O" envo ON O end cn-=t $

• a o -4 CO to S

d

CO

CM llll rHIHH 1 1 1 1 LTN ** ********=#=  ** =#=* *** j- ** O

H M OX cocvioocoHJ-^corn^^-iACKroOwclJJHnrnCvornHOHCSH-H;

H H llrHrH rHlrHrHrHl li 1 -4 P r-l

<fH * ********* * * =fc * *

CO o CO f—CO OMT\ Lr\ coco co en w VO LTNCO OVO oot~- O H H O 0\ O ltx ON t— Q end ON LTN CM a

.to H lllrH 1 IrHHlrHlrHl CMrH 1 IrH H 1 1 p

2

1 1 1

"Ac -k sk sk 5k 5k * 5k *

h> ft t— Laf-rAOH/H/coiMHLrMAH/J/coOOcOOO Onco H Ovq OVO O cm OpocO CO

-Po

rH 1 rHrH HrH HrHrHrH 1 1 r] H H H 1 H 1

1 ' 1 1 I 1 1 1 1 | | * =tf=r =&= * * ** *

CO <0 L^vflnOc0^HrOHJ-iAcMC0Hl^OV0C5c5OHC5c0LAOCJ;Oc5OH/ r- §5o

rH IICMrHrH I IrHIBII HrHrHrHII 1 rH

1 IrH1 HH1 1 H1

' S

1 llll 1 1 1 1 1 CM LTN lAC^d^HH HOwwm4cOCOcOOcot-NCA04 0roOOlAOc5c5LA ON CO -P H ILTNIrH IrHrHHHrHlllrHl rHlrHl rH rHrHH rH 1 i CO TJ llll III llll 1 d 5fe =tt=

=:ff= =fl= X) CO -4 covOVDc5NHcOHcOHrvlHO\[^WJ/OVDOcOcOHOOONfnOOcMLr\ CO a

0) H 1 1 CO II IIHHlllllrHHiHlll rH rHHrHrHrHH 1 i> CO •H CD

CD to ro II II 1 1 1 1 1 1 1 LfMAOLAlAH^Or-CfNOVD LAVDcO O ro4 t^-CO CAW O0\(50c\l ON O CM CO ^0 d

O W rH 1 II 1 1 r—1 1 1 I HICniIII 1 r-lr-llHrHrH 1 a

CD O 1 1 1 1 1 1 •H

rH H cvi t~- rocM CM -4 H H4 LrNLTNt--rH-4-4-VOvDrH OVO ir\ f— t— c5 D— O ON CO CO VO On rj LTN

CO

10 CD H 1 1 1 1 1 1 1 1 1 1 1 1 1 ! llll 1 1 1 1 1 1 1 hO

co d

•H =*= a

CO rH rH L^- H H CM LTN CM COCOCM-4CMH-4-4CM.4HH CO -4 VO LTN O t— ONVO LTN VQ ITS O O -4 d H rH 1 1 1 III II 1 1 1 1 1 1 1 llll 1 CD o

> d

CD O LAcnrOLT\4H4-OHLAOvOHcMVOH-4-rO(Al ir\VD (MVOvOCAHrocMJ-OO CM

P^ H rHo H q-i

rH II III II It 1 1 1 1 1 1 1 lilt 1 *

CO ON ^Cncn^LrNCMLTNHcnLTNHCM-4Pn_H/ LTNVO H-4t>"t-— -d-cOVO-^-rHiTN-Hr-H/cnt*- co d <d

Qfl CD O 111 1 1 1 1 1 1 1 11 1 1 1 g 1 1 1 1 111 1 •H P

10 CO

CO x!

•rH CO

COo

CM _4- co_4_4_4lTNe!-4VO LCN -4 ltn ltn CM rH H COVO t—VO VO VO VO -4 O" LTN H LTN LTN C— 111 III 1 1 1 1 1 1 1 1 1 I 1 1 1 1 1 1 1 1 I 1 LTN

1

c- CO -4 COVO CO -4 LfMACOO LTN -4 LTN LTN ^4 LTN-4 _4 VO c— C-—VO VO VO Ovo ltn-4- VQ VO t-- LTN rd o III 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 i 1 1 1 1 1 1 1 1 CD »N a > * *

zL VO co ir\ co ltn .4 _4 ltn ltn ltn O VO cmvo ltn C-— _4 ltn-4 C—co C—vo vo ltn ltn co ltn ONVO vo C— LTN

!>> o III 1 1 1 1 1 llll 1 1 1 1 1 1 1 i 1 1 i 1 III 1 H H

3 CD LT\ * *_4 LTN CM VQ _4 _4" _4 VO LTN O H -4 LTN-4- CO -4 LTN LTN OO l>"VO VQ VO CO COJ" CO O VQ 00 ITN -4 O !> o III 1 1 1 1 1 llll 1 1 1 1 1 1 1 1 1 1 1 1 rH 1 1 1 1 Xi o

,Q * * *

cm co ^ iniiNHvo^vo^vouACj3<Aico^HVO^^LrN(X)cX)irNLr\l^irNHI^HVOVOr— rH LTN o o III 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 II 1 d ?5 * * * *

o2 a

enO

itn vo -4 Hvovo onco ltn O oncvi cm O vo -4- -4- t— ON ON H no r- co H co -4 c5 t— co en -4 111 lllll III llllll III 8 III 1 p-q CO 3 E

CMO

* * 5k * OVO LT\ro4- !^-rocO iaO O COO J i--M3 lACO CAOONOlA4-coOCAOcoOV£) II lllll 1 lllll,—1 1 III 1 1 LTN

1 •H & CO 1 X)

CO * * * CO Eh to H C5vo\flr04 0\4h4 0HOHOoOcOt-OOa\^4-Lr\OOc-ONC5^00\ t— rH

0)

• H

O II lllll 1 1 lllrHHllll Hi 1 1 O

CX)

1 1 1 x) CO o Ovo^HvOHnOroONWHH^cocOcOH04ir\h-40HrAnUvoc5a\vO

ir\ > o 11 1H1 ill 1 iiiHHiiii HI l 1

1 ill 1 =fe

CD H >s -9 CO H cm m.4- LTNVO r— CO ON O H cm on_4 LTNVO t— CO On O H CM m_=j- LTNVO D--CO ON O H -d

CO Q HHHHHHHHHHcMcMcvicMCNJCMCMCNjcMCMrnro £1 EH s
-87-

*k ik 3k 5k ;k ;k >k yk sk 5k >k ;k m COlMOlAWOJ-ONOrlOJ NIAIACO rl 0\cO C5 CO ChcvicOOt^mHH trC\J 001 1 H 11 H.H iiiroii I t—I rrH 1—1 r-\ H 1 II t II 1

CM COCM rH noOJ/O iaO H OMD ronH-(MCO l^-rOC5LncMcMcOO nocOcM CO

CM 1 H 1 1 hiiiicmiii irHicMCM 1 rH 1 u

(U H HnoJHOOM^-iAOH

11

0^0 4 J-lAJ- O I^-VD C5 oi cm11

roinvo mrnm o

-p

-p CM H rHl rHIIII 1 rH HrHlrH 1 jfc^****^************ 1 III * * *

oq a o NnHrocMLrMAH/roHb-WOHOH/r|^ooc5004oO-trot-ro o

LPH

CQ CM 1 I llrHH" • rH IrHHIrH III cO 5fC 5K 5|C 5JC 5JC JfC 5JcJ ?jc J^ 5JC J'JC 3jcC 3JC >fC 3J5 5jt ?JC 3Jn -'JC J^C 3(^ Jf-. fn On HCO OnH- roOh-OOWVOt-HcOONHJ-PJcMOM t-H-co H LTnVOCO NO

CO P rH IrHlrHlrH lH iHrH lllrHrHll 1

<h ll| 1 1 ll

5k "A" 5k 5k 5k 5k 5k ik 5k 5k

pi O CO O H ONOCOCO OcO O O OM^^tcO row OnOCO HO t— NO c\J rH C— ir\ t— LT\ h rH CMrHrHCM IHrH H rl 1 rHCM 1 rl rl rl rl rl rl 1 H

s

-Pd

1 1 1 1 II 1 1 II 1 1 1 1 1 1 =8= * * * * * *

1 Pn ft t- t— C^-C— CO UANO t— l>- O O NO CM t"-4 NO H h- LTNNO ON O t-OVD LTN ITN 4 CO ITN

. 3

o H HHHHrHrHlrH HrHlll rHrHHrH HrHlrHHrHrH

1 1 1 1 1 1 II 1 1 1 1 II I 1 1 1 * * * H1 ® ^ MO NO NO O 4 CM iaO ltn O 4 ltn t—ir\ O 4 co ir\4 4 O O NO O 4 NO MO 4 oo 4

|J3 H 1 HrlrlHrl 1 H HH"rH 1 rl rl H H H iHrHHH i i i b ti i ilia t iibi H Willi 1 II 1 llll 1 llll 1 * * *

CO ltn O\V0 H inrovo HiAOiAOONHHO inroroj- OJ- roM) 4 roroH IrHHlrHrH rH rHHrHrHrH HrHlrH HHlHHrHrHrH CO

-p H H

CO rd II II 1 1 1 1 1 1 II 1 II 1 1 1 I 1 1

J d * * * *

Td CO 4 ONVOcvlNrnLrvvoJ/OHcvJ^HH^J-coHroOfOCvlHWCoChroo

IrHrH HrHlH r-| H H 1 r-| rHHHH HHIrHHIrHrH II II 1 III 1 llll II II II

CM

>• CO •H 0) H H

1

CD 03 CO lAHJ-HrONrowOW\OHVOOOHHO\HOH(MHWrocOO\h IHIIIHIH H H i H HH iHrHHHlHHl II I 1 9 I 1 II Sllfl II

O

(U o

rH H

H H 1 1 1 1 1 1 II till II 1 CM CvlcJHH<MO0\OOHinM->-C5 0\4-HHOhc0lAOHV0 0\r0 H IIHlrH H III llr-irHHlllHHIII CO

CQ (D H l 03 5

1 III III II

CQ H

CD 3 O ChO Ht^CDONChOCOCONOCOU^OoDI>-0\COON[>-Lr\irNO\04 0'\NO

! 1 1 1 1 1 1 rH 1 1 1 1 1 1 1 1 1 1 1 1 III 00 > d ^ H< % >fc >N CD o HoOHOt- D--NO COO O ONH t--NO t—I^-MD t— h- CO CO oo Lf> t— O CONO VQ ^O H fHo H III llll i 1 1 i i 1 1 1 1 1 1 I ill 1 H <H * *

cd o\ COON4cM4ir\MDN0004Hts-4t"-0 CO NO CO t^-NO H NO NO O H NO 4 ^o d t)

bb CD O l 1 I I I 1 1 1 I ill i 1 I i I I I 1 III 1 •H -P * *

CQ CQ

, d s

t— I>-C0 t— Is- VO 4 NO O OcO 4 f- ITS NO OVO C— l>- ir\NQ HMD Is--* H 4 4 1 1 I I I 1 I 1 1 ill i I 1 I I I I I 1 1 I 1 d "-a

cd -d *

•H 03 -d

(D -. S >

w d.

o

CO C"— C— t—MO LTN 4 4 O O CO CO NO NO NO O NO t— I

s— CM t— H O-VO 4 COVO-4

1 1 1 1 1 I 1 1 1 III 1 1 1 1 1 1 1 I 1 1 1 1 <o

1

MO COM3 h-004M0 f— ir\Cs Ovo comd vo 4 O t^-co ir\Lo»MO ir\l>-4 O i^-ir\Lr\ vO

!>s O i i i i i i i i i i i i i i i i i i » i i ill 1 H H

d d) o >

XI o

H< H< H< ^H H5 LTN O

ONVOlitis f-CO N-4 t--4 OVOnaot cm Lf>vo OHO I^CO ro^OMDVD f-tA\OVOCO CO

a iiiiiiiibiii ^o

1 1 1 1 I 1 1 1 I 1 1 V Bflllllllllll 1 P * * * *

Ch CO O

4OCO U^COCOMO coi>-Lr\0 O coco t— (M O itnmdcO t— t^-VO CO t— 0- C— MD oo 4 i i i i i i i ill i i i i i i i i i i i i i

[--

d f§ * * * * * o OO CO CMCO i"-t— t--l>-coO OCO O LTNt—O H t>-|>-COCO t~- O OAO-i-— COCOMD t- 3 3

o 1 1 i 1 1 I i i I H i i i i i i i i H I I t i I i

i i

1

cd H <i) xi ro

CM t— COCO 4 H 0\4 t— O Ooo OMD I>-Lr\coO\cO OncOcO O O O-CO O ir\0 CO O i ii lit I H i I i i I I i j H H 1 I I H i ill i

CO Eh cq H MDltnOAcoHOHUaOOI^-cmcm D— 4ir\t^-coOOHcMCM I^-HMD r-\ H I iiiHii iHiiiiiiH HHHiH H i i I i i i i 1 ik ^k "ik ^ ^ *lf ">&r *ir "A» *1*

*T* *T* *T* *^ *T,, *1s" 'T* "T" *T* ^S

c—

CDd

• H

O 1

(D CO O LfNO Lf>r^4 HOLr\t-Oc-roHLAh-0\ O\M0 OAOHOcm f-ONCOMDH

1 CO I lH ll IH IIIHII HHHIl H i 1 ill 1

c—

LTN > O 1

CD H >> H CM co4 LTsMD t—cO ON O H CM C04 IJAMO t—cO On O H cm C04 ifWO O-CO TH P CO HHHHHHHHHHCMCMCMCMCMCMCMCMCM CD

cO Eh o S

CDW

CO +3do

o

>5 H

O

d

£0

d

•r?

CQbD

.gd

<D

o

•H

-d

cO

?HO
88-

co

in

O^

rHoI

I

03 O

-P

CO

•H

(DO

d)^

10

03

0)>H

03d

S)

•H

COd

03 •H

O

,d

«Ho

do

•H

-P

cd s

EH

in

CD H

3

EH

no

CM J- mo cm O l^oOJ-ONroO O no cm t^ cm oooo 00 CO O onr-iAH u\H oo ir\MD oo CMI rHlrHlrHPOrHrHHlrHrHII 1 8 1 1 9 1 1 CM 1 1 H1 HHH1 ^O

1

C\J CO cMOcM fOOrl44-(irl(M\Oh-(noJ\DOcvlif\^iniAm4VOO\COOa\rlo00rl CM II r-| 1 rH rH H CM rH rH 1 H H 1 1 OO PO 1 1 CM CM H 0O 1 rH -4

1

rHCD PP•H1

d

cd

fn -P

H

OJ III lilt 1 1 ^lAHVOOOM40r)HWChc0O\(1OOa\O lACO-H/PJ (MHt^-a\OHC\lc0ro CMII! 1 rlrlrlW H 1 H H • 1 CM 1 rH 1 1 1 CM H rH I H

in

i o

CM I9IBII 1 1 CM 0\H-H;0(T\mHHOVO-H/ h-ronh-vi) rocvl H L^- ON oo rH -4 CM roiAO H LA Hill I rlrlrl 1 1 rH rH 1 1 rHHlllll II IH MD1

ON

rH III II II 1 t— VQ _4 r— CD O L"— M0 MO in MO OO OO ON CM _4 U"\ H in rH in 0O CM LT\0 in OO in CM COJ- II 1 i—I 1 1 t 1 1 1 r—1 1 1 H H 1 1 1 rH H

in

i O

P

COH

1 III

OMDCMC0C5OOl^OcX5C0^CM00h-rHrHO0N0O f-VQ -4 in in CM f- rH -4 in H CMHHH CM l H l rH irHHCMCMCMrHHHiH I ICMIICM

1 1 1 1 III 1 1 1 1 1 1 1 1 1 1 H

2

ft •P8

5

H

5k sic sfe kOVOlAONCD C5 t— -4 -4 CO ON MO -4 MO MO O OcO i>- OM>- O t— rH C"- t-- r>- tr\ t^-VO O

HHi-lrH: III rHrHrHrHrHrHrHrHrH B K I 1 IB! CMIB!H rH i rH

I Ha HHHrHHHcM Mil I H

rH IHII Villi lit III 1 i III III sk sk ^H— inmrj oo moovo LrNcvJUN4-Oc\JMDVDO omavomd J- iaH H t^-VD O O in i>-vd rHrHrHrHrHrHrHrHrHrHrH H rH rH rH H 1 1 rH rH HH Hrlrl

1 1 1 1 1 1 1 1 1 1 1 III II II II III

I in

rH

1 CM

d

cd

CO

o>

CO

COo

LTV H O cm rooo novo _4 oo oomd roO rl4 0\Ovo-4- H h-w rod H lt\4- inOMaroN

HrHrHrHrHrHrHrHrHrH HrH 1 HHr-j 1 rH rH H H H rH rH 1 Hrlrl

1 1 1 1 1 1 1 1 1 1 II III 1 1 1 1 1 I 1 III

c5 cm cm mo ro 0-.4- ooooinoor-- oorocM co mo oo On in cm On 1-— oo in cm _4 cm cm .4- mo iHHHrHHrHHHHH 1 H H I HrH i 1 H 1 I H H H H rl H rl 1 I I I i I I i i ) i li II I I i | I i I i cOHHC5HVOfnroHC5y)oocO(MHOcoco L^-MD H. Ln f~- c5 .4- MO in CO 0O-4 -4 Hrlri rHrHrHrHH I rH rH rH 1 llllrHll rH 1 rH 1 rH rH 1 III 1 1 1 1 1 III 1 1 1 II

co

rH

-4- H

1 ro

rH

COH

I 3

H

cdd

•HH

O

H

ooO\0 c5 tr—in cm OnO Oc^Hinoooo^n-^HOco^ONCS co t^-tn On O no HlrH IB IrHrHlrH iio IrHlOllllrH III rl I H I H rl

(i a e o a d

1

rl II III B 1 Bill

H ONO C5 f- H CM CM ONOCOHMDCM O MO ONI"-|>-OOLninCOCM H in H ON C~- 0O CM l-ilrH IIISrHlll IrHll 1 1 1 1 1 1 1 1 H H rH 1 1 H 1

1 1 1 1 1

t—

1 d

O* O

H

OvDVDOvOC5VOt~-b-OcoOvO-H/ coj-cOVOVO colaHcoOcO-J/OcoVDcM H It 1 III 1 11 llllllllrHllHllrHH 1 1 11 I

*d

0) p

co

ONO

D— LT\ t>- C5 [—MO t— t>- CiJ O MO CO in 0O O rHCO mOOOOCOmD--ONtv-.4-MDCO C5 rH rH ill 1 1 i i till i i i i i i i i i i i 1 Hr Hl

I 8

u 1 >k >k t—vo mo ir\l>-roo ini>-covovovo ovo uaco [>-vo t^-H/cM O On t— ro H co cm Ocm

1 1 1 1 1 1 8 1 1 1 1 1 1 I 1 1 1 1 I 1 IIS II 1 1

cd O

L^—VO ir\ir\t^I>-VO cv^i^-cY^MD0O-=f- HoO LT\I>-Lr\VO t— MD cnirwo two in OWO ao MD

i i I I i i i i i i i i i i i i i i i i i i i i i i I I i i i <o

1 •> >H

CD>

MDOt—vo invo c--t— t^-vo-=t- [—-3- h-vo in c— vo incovovo iah iah i^--d- t— t— vo cm i>-

i i i i i i i i i i i i i i i i i i i i i i i i i i i i i I O

CO inMDMD t— oo f- C-- t— c*- .4- [-- l^-.H MD vo ooONt—ininO t—^l-vo tnt—covooo D—

1 1 1 1 1 S 1 1 1 1 1 9 1 1 1 1 1 1 1 1 1 1 1 1 1 1 8 1 1 1 o

rQ

cd -4o

l^-invo t~- t— ON t— co CO ONrH inl>-ON-=l- O-M0 Q\N ir\h-rot^-m\0 O t- 0-4-0\0

1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 rH 1 1 ill 1 rl I 1 rl 1 £

S

o

1 1 1 00-400 t— O -4 CO OM^OOCO ro ONCh m CO fj\ H H-4-VO t—VO COCOOVOH fOOcO

1 1 1 I rH 1 1 1 1 1 1 1 1 1 1 H r-i 1 1 1 1 IrHlrHl I SI D D

CO

i

CU

cd

CO

CU Hcd >

CMo

1 II

>k >k sk II 5k OMAh-Nt-COOirM^-COWOOOONhMCOCJ lACOCOlAOO HCOCOW IAO H iHi i iHHHHi iHHH i I rH I rH l l H 1 H- i t BBBB 1 B a 6 II CO

i H

O

sk

e J; ills iib >k >k

i >|c ii:=fc >k l^-COt-4VDChH O rocvl roO\HOcJCOro4MHH4roONc04mrot~-n 1 1 1 1 1 IrHrHrHlrHlrHrHrHlrHrHHrH DSD ICMrHrHl IrHl 1

H DBI RBIA II

ON o

o

III D ill DIIO II 1 5k ik >k 5k5k 5k5k5k5k ^tr >k 5k 0\VDcOHOcO(^H(,OiArooocOON4 0rocvlHOH4a\00\Hc040;\r04

1 1 I IrHl IrHrHlrHrHl III 1 rl rl rl rl rl rl rl 1 W rl 1 1 HH0OH 1 1 1 1 1 1 1 1

00 -.

r>a cd nHcm m4 invo f-co 0\0 H CM 0O4 inVD h-co OnO H cm ro4 m^D I^-cO OnO H

HrHHrHHHHrHHHCM<MCMCMCMCM(MCMCMCM0OO~) t3

o

•H

-d

03

rMO

CO
-89-

ro

CM 6 onco -=t roco cD CM 1 1 rH « O t~- ro On cm HcO roroo ro_4 rovo O iaH NOJC0046 iHcmi 111 iiHcmhicm H 1 .»

"^ ^lf ^ >If >lf >i- -J^ nIt 'J' jlr" ;t *Jc ^; Jf -V -i^ ^1(- ji; w inroH miA4 nvo HvoOir\0\j-ooo\rnOvoH-H 11 11 HIiHHiCMH 1

6

H

1

• CM

C\J

8 * * *

t— CO COPJ C\4 O

CM 1 1 H 1 1 CD H

1 CD •p

-p•H HCM

1 * * * *

1 1 H rH H 1 O

******   **  =tt= * * * * HHOOrOHOcMONMOf—COCM_4D— CMHHCOON-4CM 11H 1 H 1111HH l 1 CM

1

cubO

CO p

8

CD

00

LPa

H

H•rH

w

a

CO

rH -P

<+H o

-p

p"

o

CM

o\H

ill

_4 cm no ro rovo O

1 rH H H 1

I

i i I _4 O\M0 itn OM^- CD H 1 H 1

CD H rO-4- CO cm rHC^o\l^OrHt^-LrNMO-4--4-MOcMcMMOirNMO ii II Hill HiiHHlii I I

"bt- iJf ^4f Jc* "J; ik *A* slf ^k yt ^Jc 5ltT 5k ^k OVD HMD rovo MO -4 D— i^ ro t^-cO t— OMO ro ITN t— ON tr— MO O

H HHiiHHHHiHHH HH 1 H H

ii II I I 1 II II

>fc ~)k ?k Jfe 5fc sk ^k CDVQHMDOHHONCMITNCD f-MD t^-COLTNCM 0Or|0Ot-OO CMCMHHCMH HHH H i H H HCMCM

I i i I I i ill 1 II III

* * * =tfc * >)C ^C Sic CD -4 ro t-— O O On^ltnOnOMO itn CD VO cm -4 cm MO CO t^- CD MO

rT,lH r^

rT,r^' r

7,rT' cMiHi H H

LTN

CO

1

00

1 I VQ ON t— 00 C— H CD

rH H H CM H

1 -4H

r-H

1 -P

P"

CO O rH III I H 00 CO cD mo t— CDI H H H

3

received

at

Onr

losses

and

2

lew- mo

rH

ITN rH

II I VO OVOH POCOO H H rH H H I I 1 I I inOMT\0\H H O

H H rH I I H III I fOCO ^HrlrlO H H H rH 1 H

1 1 1 1 1

CD

cd

1 III II 1 II

C--VD irNCD-4-irNt^-D^-OirNCM rocD^oOcMcOLrNOCD-4-H HHi HHHHHHHH 1H1 HH 11 1 1 1 1 1 1 1 1 I II

* * :=H= lAUNVO f^4- roiAir\HrOHOcO ChVO ONO\H CM4 H H HHHiHHHHHHHHi ! iiiiiiit i i i I I I HiiiH H

1 CMH

1

1

rl

1

r>5 H

-4H

CD 111 iiiiiiii 111

* sk. ==H= Lr\roLf\oo4 rorodHHOOOO inO\cO(M H mo O HHHiHHH HHHHlHi I I r-\ H H III til 1 I 1 1 1 III 9

COH

t— ITNM0 On H CO CD

1 rH H I H 1 I l i CO -4 -4" M0 ON ON CM

1 H rH 1 1 1 rH

1 1 1

0-4--4-roro-4--4-OCDcMCM OnoOOnOcO t— On MO CO ro O O

rT,r^

r^

r7,r^r71r

7

J HHiiiHiiiiiHHH H

1 ON

H

cO

Is

as

line CMH

O

ii ii 1 •!

lf\ H M0 -4 O roO!v-OLrNVOOcX)f--ONl>-CM OVOrlOO HHiHHHHiHi iroi 1 1 1H1HHH 1 1 1 1 1 1 1 1 III

•H

CQ

signal

leve

;ted

for

no H MO ro HMO CO CO O

I H H I I I H

CD roHHHcMC0CMCMC0Lr\_4MDCDMDI^-HM0CDMDc0OirN HHHHHiHHiiiro ill 11H1 CO

1 a

cu O

H

I 1 1 CO O OM0 CO M0 00

1 H rH 1 1 1 1 CD

1 1 1 1 1 1 1 5JJ-. * =^ *

CD ovo HiiHiHiiiiHiiiiiiiii roOMD Hoo itnmo \s\ rn\o\o cm cm c--lrNroLr\co O

1 O

I I oo H r— mo r-vo o

1 rH 1 1 I 1 CD

1 1 1 *

:=tt= * * * H< CDVO ONrocOMDoO cmvo rocM ltncD LrNt~-0-=r cm O H^O cD

1 1 1 1 1 1 1 1 1 1 H 1 1 1 ' M0

1 *

median

v,

adjus 8

1 MO t^-MO MD t— CD CM

t I I I 1 1

CO ON LTN C—MO -4" rH

1 1 1 1 1 1 1

CD

5k >k -

=it* ?k 5k Ui^^irNrocMiiACMtJA-4-roH-4-irNM0Oro-4-cDHt*-cM iiiiiiii 1 ro 1 1 1 11

* =^-- *

CD roirN0NirNCDMDLrN-4-roir\roHMD Hltncm cmcm HVO ro

1 1 1 1 1 1 1 1 1 11 1 1 1 1 1 1 1

-4

o

CD LTN

! ST*

mooONVO itn itn ro IfNMO

1 1 1 1 1 1 1 CD *

CD ir\roM0-=r C— MD irNf-Lr\irNirN-4- irNirNrorocM _4 H LfNtfN

1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 UN

1

of

ho

above ITN o

s|e * ju ONCO O itn f- t~- ro cD it i i * cDcooO-4-oOMD t>-0-co I^I>-LrNVOVOv£)_4-LrNirNMD roirNt—

1 H 1 1 1 1 1 1 1 1 I 1 1 1 1 1 1 1 1 1 1

sk 5k 5k -^it- 5k CD OMO r— O rooo t--cO C^itn f-MO CO wvo rorovo H t- D— H 1 1 H 1 1 1 I 1 I 1 I 1 1 1 1 I I 11

I 1

MD

1

o -d

•H

-4- o

OMO rocO O r—

O

H 1 1 1 1 rH

CD

1

Tabulat

3

are

in roO

CMO

* * * H t-(M >" ON-4- CM

rH 1 1 1 1 1 1 ro H cm J- O ro_4

rH 1 1 rH 1 1 l i _4 cm ro ON cm cm .4- H i H i H i

I ii

ITN CM CO LTN OO CM LTN H H H l H I III I

CD

CD

CD 0NOM0 H ITv t-- t— CN.4- CMMOCOCO D—OOoO-4- lAHVD C^-

1 H I H I 1 1 1 1 1 I I 1 1 I 1 I I I I 1

I 1 O t^-W COO H fOlA^O 6 CJ O ONCOH-IAOVD N W PJ4

I H 1 H H 1 1 I I I. 1 1 1 I I III

I

.4-

! w

•H•d

CO

Ph CQ

able

5g. Value! H

O

O

CD

CD

1 1 1 cDrorocMHOrocMCMOO-^-t^-t"- itn M0 O C--M0 O O -4-

1 H1111 H H 1 1111H1 1

1 =#= ********* * **** CD roo ONt—MD itncm O H-4-4-4VO NO\H t^OOCMMO H iHcmiii 1 111HHI 1 1

^4

1

LTN

1

EH

CO Q

H CM ro-4- ir\M0 t— CO ONOHCMro-4-irNMD["-coON.OHcM ro_4irNVor— coOnO HHHHHHHHHHCMCMCMCMCMCMCMCMCMCMrO
-90-

u

0) -P-P

oo

cm

00

H-pp" On

o

-p

cd

cd HCDO

CD

-Po

CM

d

cd

ra

CD

COCOoH

MO

LA

CQ CD

co a

•H

to H

H

CD>

CD H

Hcd

oo

GO CD H -P

cq co

cO Tj

•H

8

cd

zL

COO

>5 H H

O

,0ChO

o

•H+3

CO s

EH w

CD

• H

0) sEH

*

Is- vo

*

LA 00 HI * *

CM VO

H

* *

* *

I * *

on

CM * *

* * * * *

(30 O rj O ' > i - vj O O ^VO LT\ 6

I I H oo i

ia n On no O VO cm ltnmO CO t— t^O\noOV0 4- ia H cm O -4 -4 ir\. _4 O 0\ir\u\

CM

*. * * *

CO O ir\

I—

1

H I

* *

CO

I V\

i i H H ' H H I

i t i * * * *******=fe * OO\O\H00tA-=frHH rocOVO H H O

i—I c • i—i ) i I i i i—I HHirHH I I i

CM OHO ooco O On M0 O CM H H covo

* * wcbONroHinj-cviOChr-r1)!-] IAU) OrnOiAl^-cih-roiALrNj-OaDt

I ! I I I 1 1 I

H H

LTN ION H H

CM H

* * * O CO H H

* *

! * * =*= ^cM^cMir\MDH^^MOcMo6Lnt--Lr\-4-oooocM O OO H rl 4 HcO w ih

I H H I I CMrlrHrlrl I VD I rl H i-|

i Hi

oo

1 VO I H

* * * * *

<M0O

!

o r—

i *HMD

I *H ion

coco cm J-covo Is- co l>- On On O -4 CO ro t— t- novo cm _4 O t— H oovo oj a\jrl H W I <-\ r-\ H r-i <-\ I HiHrlWrlrl^O I rl rl IA H W rl I OO III I I I I I I t I I I I A II III

* * *$= =frr* =fe=fc -4 t— CO t-4UMT\0 OMD UACM rninc5ir\ OOVO WMD r-N\o J- O H ONOJ- H l H H I H H rHHHHH rHrHHHrHiHHH oo _4

i ii II i i i i i II ii ill

* * ==Ha =fc * =#==#= _4 .4 CM l>-4-4cOC004 O ChOoo O ooONL^CMMDCTNHO^tS-^mH t- HiHHHrHiiHiHrHiHrH Hi HiiH c\J ltnItn

i i i i i tit ii I i I <M IT\ CA -4 -4 CM MO t— C^ On 00 CO M0 CO ON H M0 I H'IHHHiiiiiiiiiHi s- O l>-aO MO H O O !>- ITnmD O till illHiiiH I 0OH

i OcoOcoOOacmcO * t-cO t^f-t^M* St-r-4 rOrlcO^OOOWNonro =#= ^^

HiHHHIiiiiiii I I i I I H I I H I ir\ oo

i =fe

i i i * * li =4^--- =^=

-_. =(r|== H O co CM cu t^-_H-OVD ir— On t— MO H cm NcO roO H t"--4- On O 00 I"~ r-co MO HHiHHii iiiii iiiH Hill iic\Jir\c\l

i i i i ii * * * „ =fc =fe=fe=fe

ION M0 CO CM H MO UA t^ OO LT\ CO MO VO CM CMCO ON CM O I"— LTN t"- ONCO t~VO f— VO CO

I I I rH —I I I I I I I I I IIIH IIII0OII LT\ =% ' * =fe* * .. =fc =*=* =fe Oc0C0OOM0-4-Lr>l/A_400OM0OcM MOvOO\O4-Nq0JtO4NC5(5

I I H H I I I 'I I CM I I _H- I I I H I vo **^= =^=.*%* * ^^^ * =#5 O POinh-cOJ-LnJ- roir\VO OiaiaOOnOHcO(MH44 oovo h t— oo lllllll IMDll CM llH ITNH

* =8= ** * *1£* :% 1. >.=fe* * =tfc*=fc OO!^-ir\C0-3-cMH-Ht— VO N cm la ONVD VO O O cm ia O roco M VO O VO t- IIIII I l_4-LTN | IH

* * * * * =fe=tt=:=fc _ * * * =*=* OOCMMDt^V^OOOOOOCXDl^^H^OOHVOOO-H/UACM 0OC0CM(MOO

I I i I I I I LAH LA II IHHCO

I I I I I I

• 00 oo

LT\ UA

^c ^c >k %. ^ HOVOLACOLAHlAO^OONCM^COCOCiOrlOCJtMVbrllMt^Od * *

I i 0=

H ir\

-4 VO

I I

vo oo

i i r-o

I H

OA CM

i H

\0 OO

I H

I *H -si- HI *

5l< >k jt 4; ir—oooovoMDVOcMCM ooHcMcm ooHcm n-H; OOVDlA4-lArocvJ4cJ4--4- lllllll I I I I I I I CM I lllllll

OAVO t— _=)- t~-00 OOH-4- roiA-H/ Al O LArniAONO OOMD OOVO (M lAiAOcO O

I I I I I I I I I I I I I i H i i i i i i I i I H

On C^-VO ooo OVOVO-4- ir\V0-=i- OVO-4-CO ltnO I>- _=Hr -=h cvJ t^-cMVO ir\H oocM iiiiHHiiiiii Hill I ill ill I

i i OncolaVD O OVD OOCO^VO O O (J\4-VO W4C5ONOV0(0VDrlnOro i i I I I i CM H I I i H I * * *

ir\ cm H i i * * *

CM H CM

I i * * =fc H CM OO

H H1

' Chvo O laO l^vovd im iavdcj rH040\LA(MOVonroO\r|onrn iiHi III II HcmiHH IH '"-Ii

**** *** **=#=* ^fc** =K=** * O LTNCO CM cmvq iAirN-4--4- Is- H ooi^-L^-O OScM r—VO -=t" G\ CM H OO O

H i ill iHiHH OOH ICM H H

>j< ^fC >fC >j< 5p>j<>K >p 5f<3fC *"^^^ 'P T* *ff^ *T* T? "t^ 1* 0\HV004VD4c04-OMx-WCOiAHc50HH4 CKoO ON CM t— O

i IH ii iHiHi-4 iioo H

--1-

oo

oo

I

LTN HI

CD

cO +3

00

i

i

I

o

H

O

H

O

a

cO HCO

•rH CQbO

•Sa

CD

OO

I

-4-

I

I

-4

CM

CM

W

t) •H

COo

Ph CQ

!>5 CO p

HCM 0O-4ir\MD t^-cO OnO H

H

CMH H

0O-4 ir\VO t^-oo ONO H CM 0O-4 ir>M0 1^00 On O H 'HHHHHHCMCMCMCMCMCMCMCMCMCMOO'oo
-91-

C\J

>P 5ji ^C 5j< 3^ 5j< 5fc J^ >^C 3fC 5Jt yfc *£. Ttif, 3fl JjC ?JC ON O IT\ -4 LT\ CM b~MD r) t~Orl On O -4 CM -4 CO on ir\ on cm H rniAH J- J- J- O

H H 1 H !!r-tl! Hi H 1 H II II o

u

CD p

p

to

C\J CM * ******* ************* ****** on co H roO\nnoJ J-co4 on_4 on cO CO cm h H h -d- mrHvo rH-4 on H noon

CM i H I I H i H i H i ii i en CDhO

CO P

O

rH

OJ =fe**=^************************** rHH/J-h-N-HLArnrOJ/inHOrlcOCM rHOMDCMCOonOoncM on cm 00 on H

on 1 H H H H 1 H ii H

CO

00

LP

0*H

CD 1

cOU

-P o

CM ***************=#=************ *

D— H Lr-x C-— C-— _=d- O O H cm ON H onir\ ua-4 cm H ir\ -4 ltn cO cm on On -4 on MO CO CO H H CM 1 1 mr-jrHlrH II H rl rl f—

CO

<+H op

p

ONH

**=fe***=tt=*** ***=*=*** =#= * **=t)s* **

H/rH-H/J-wj-OH-4-cHcO CAco r^co OroiALfMAooir\a\-H/ tnvo rH CM r-l CV) H H 1 I rH I H IT\ 1 I «« m i i H H H H 1 1 -4" H H I

1 1 1 o

COH

* * =8= * =#==fc=8= * =#= =*= * * * =% * ^ * *

CM H -4 -4 t^-VO ITM/N CO t^-C0 00 _4 CM h- on MO LT\ 00 MO ON ON -4 ,_| 0O CO MO ON H 00

rH HHIrHHUA 1 CM CM LT\ H H rl H 1 HH H 1 1 lf\ 1 1 rH 1 l>-

1

1 o

CO o

C\J -P

CO Tbd H cO

CD

H O O OJ/ ChiAiH rof-4- ONVO O OmM cm J- rJ ^-NcOfOroOHinh-I^OvcM

HrH BillrlrlJ; 1 H 1 4in i HHHH i HN H CM ir\ 1 l i H I lllll I

1

i

voH

=*= * * =8=^ * =Hs=fe=«= * =te *

C5 CAfOM rod O 004 Hc-iAOi^OOcOCOCOJ-\DrHr|VOJ/i-iMH b-MD IH H 1 H 1 0O CM 1 H H H 1 OOCMrHl II II -4

i

LT\ H

=#===fc ' =#= * =fe=8= * * =ft= O ON ON ON -4 O ON H HMD CO -4 CO -4" t— MO CO M0 H f-MD on IjTN c—_4 MO LT\ CO 00 -4 ro 1 1 H i 1 I I i _=i- I I i f ir—iicvJi i-i ii Hi -4

l t>J

t> co •H 0) CD CQ O CQ

CD O

U H

CQ

-4H

-4 ON M0 b-LPvt— b-cM H H CO H -4 cm ir\-4 ir\ cm on CO H MO -4 ltn on H H H -4 H llllllllll 1 IIIIICMlMOlll 1 H IT\ CM

I H

O

d

CO H

onH

cm l>- itncO MO cm O-oOr-iHO-roHcM l>- ir\ cm rH OM^-O on cm MO cm cM _4 On on O

1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 lllll CM CM

1 cO d

•rH H

CMH

=H= =*= *=*=**=fe LTNj-l>-C3ALr\LfNMOCM^i-OOCX)LO,Lr\Ot^-CM O lACOCO O 0O CM on H ION -4 on MO O

1 1 1 1 1 CO 1 1 1 1 1 1 1 11 III III II CM -4

1

cOd

•H

CD O

J> d

(D H

8 H tH

cO8) CD •H -P

CQ CQ

, 2

H

O

rH

* =&==#= *** ****=*;

CO CM b-ONon^MD^MDHCOcM^^D^on^ir\^OOO^cX)H^OAH^O.-4

l 1 I I I II ii 1 ill ill 1 H I ** *=*(=:

*** * =#=* * * * * HI>-ONf-HOcO_4MDOCOOcM roir\O4-\0iAi-OH;c0HcoOc\JJ;0JcM 111 J; 1 1 III IHH 1

CM

1 O

CQbDdH

d

CD

ON * O

* * * :=fe: * * ^fe *****

mONONj-iArHOHJ-O LPvrOJ/ CMOOiHU)OVOOVOb-(M ON ON MO GO ON H III III II 1 M0

H

of

hourly

median

)

above

1

|j.v,

adj 8

* * * * :=tt; Sfc; * * * * b-OAOA^CO^onO^PnHCM^CMHOcM^HcMHUACOMOONHHt--ON-4 ii i ii i i i i i i cm ir\ H

CM

voo

O

* * * * * -^tt * * * 44cOrHwVDHvowrtWHWCMOJC5tMrn,HOrooJrob-ir\h-iHOir\4 itiiti i i CM

Nroco4-rocJoJcoHOrocMoorocviiHir\rooJcvi u-ncmcmcmHHcmcmhH

i iiiii i iii H i i i i i i i t i i i i H i * ^fe lAcno 4\0 4Lr\romrn4 rno H Hw h -4 m-4 t— cm pocm ronroH h H

11 1 1 1 1 1 1 1 I 1 I H I I I I I I I l I I I I -4

CMmi

5i.

Tabulation

Values

are

in

dt -4O

noO

* =Hs -4iiHIIiiiiiiiiiiH M0 O ro M0 4 O-^O 0OCO4 LT\rnH4 cm wvo lAVDVOVO r04 rn4 tn4 OJ bI 1 I I i 1 I 1 I 1 I 1 _4

I i ik 5k it; sic ^ifc— HM0ONM0-4CM f— t— CMM0Lf\M0O!>-LPvOOir\_4M0Lr\M0cM_4O-4cM-4M0-4

i i i i i i i i H i i i i H H i i i ,i i i i i i i m

-4

i

I w

CMO

* ** * * ********

=$=

cm .4 MO M0 cm oomo oo on ir\ c—MO cm ONLPv_4Lr\cou>-4--4 t— t-f O ooh oninMO ir\

i i i i I 1 H I i i i i i H lit i i i CM

-4-

i o

•H

Ti

cOU

O

ft HO

***** ** * **** ==jb * * * =h= o h J- mo on mo on mo on cm f— mo 4 omm hhO-4cm onLr\oSonon_4cM onir%i>- H ii iii

iiiii iiHcmhi icm i iion O

CD H

s

EH

o

o

****** * * ****** =8- -4co oncM o b-44 ir\4 f-ai cmcoo hcm ononncM iao\4 H4 cm H onon H iiH iii

Iiiii H <-\ H Hi III i H

CD

CO n

Hcm m-4LT\M0L— oOOnOHcm ro4 iavo f-co OO hcm on_4ir\MDl>-coONO HHHHHHHHHHCMCMCMCMCMCMCMCMCMCMOn H
92-

00

IT0\H

>,

O

-P

CO rd

CD

!> •H

<UO

(U

rH

COCO

CO H

(U

>>0) H

H

cd

co •H

o

o

o

•H

-P

cO

En

'<~3

cu H

s

cm

^V ^" ^* sk Jt sic ^k -4' iJc sic CO H H H »- O CM nuM^-roommiArlroiAOOOlAHHcO^Hb-roiAj- IIHr-tl III H 1 1 1 1 H III II H

I

rH0) -p-p

•H

10

CO

Ih P

CM

CM

1 5|C J^C 5jC JjC 3)C JfC ?fC 1> 5^C ^C >jC 3|? 5JC 5jC , 5fC 3t* 3jC CM CM ,=h COM3 OC\lrH40Mv-IAj-J-40NCMl^- 0OMD CM LTN CM H 0OM0 O CO CM 00 CO III 1 1 1 1 rH 1 1 H llrHl 1

1 O

H

CM * * * * * * * * *********** * * * =&; mo H o rnt- O mno OAt— OAt^-oocM-=}--=i-_=i- h oo cm h O oo mo oo h it\ cm md go

1 r—1 1 1 1 1 1 rH rH 1 Hi lltH H

o

CM * * * ******** **=#=*** ******* =$=; OACM OwcoCi(MroHH4-OI^nroHcOH\04-4-V£) roOAcO l>H w 4" OMA iHii i iHiH H iiHH iiioo

l ** * *** *** * *=#=**=#=**** *

h- L0\M0 -J" -=J- O novo H IT\ lf\ ON f- CM l>- CO H IA H f-VD HiAHt^-CJOJJ-LfN-d-O HrHI 1 rHHrHHI H H H HI 1 CM CM llrH

CM

o

-p

ft -po

JSCM

CO

cu

COCOoH

CD

ti H

H

O

ri

rHO

CM

Til(U PCO "-3 TJ

03

H

00

1

COH

II III III 1 ^ >k sk ?k sfc jk =4t= ^k ^ *k >k sfc iHHrH rHiHHHHiHiirHiHHirHHli irHHi III 1 IIIBI II II SI

ON

H

* *=%**=*; 4= =#=*** =#= V04roOO\OcJVD(McOHMAOhrlVOVOHOrH04 r~-M0 oo Is- CM -d" Is- ir\ IrHHrHl rH rHlHrHrHrHl CMIIHH rH IrHrH 1 III llllll II II

00

rH * * * =#=*=#=:**=»»=: =&;=*;* *=^

M0M0CM t—-d- oo t— -=)- CM 0O H t— VQ VOHH!^OOCMV£>CMLr\CMOHMOCMOcM-3-rH, llrHllll iHlrHlrHlrH IA 1 1 POH rHCMllrH rHlrH 1

LO, H

=fe * * =tt==fe *=fe**=tt=* =tts '**

M000C0CM00H^U^I^-M0t"-l/A00rO00CM^^CMUA^OCM^ir\cX>^OcM-=hM0 lllllll till)—) I 1 1 i

III _=J" I HlllrH rHll

* =fe* * =fc* =tt=* * =&= =*==*= * *

MD MO Is— CM O D—CM H-4-COCl) OOCM 00 C~- H h-M0 ir\ CO H COCO C— VO -ir CM rH t^-OVO 1111 ICMlll IrHl IrHllrHrHllIllrHHI 1

i H

MD

noH

=#= * * =H= * * t*fc=H= ' =*f= =fc „ * *

M0 CO VO H OVO OVOOO UAVO H COcMVD US J? OAOAOOCO t— OO OOMD 4 C5 OVO H CO III IH II i I i cm CM liHrHiiiii HI I 1

CMH

=%= =*= * * =fc* ^fe^^^tfe =tt=

' =fe* * ' * OltncM rv^cJ3^00NVOcMMDHONCMir\0_d-OVDCM t— CM rnONHO iaOO OM II IrH IIOOIIIrH IrHlrHCMIl! rHlrH H

OO

1 H

=H= * ^H^ * * 'Hi ^Hi 3^: 'fr; 'fe * * =H

:= * HCMJ-VO O POCOCOVO rHCM C5irNir\OScOCMVOC0MOVO OOrHOO rH tr— CM OM>-CV-)rH

ir\ i i j- ii ii h m i i i 3- i _3- i i i cm i iiirH OO

1 O

H

^=* =tfc „ * * * ' =fc=tt= =*= =fc* * =fe* * OHJ^OVOC^^rnHHOJ-iAroKcvliArocviJ-^-roh-rOHiA t—vo -=i- IsrH 1-4- II II rHCMl/^t IrHCM 1 V£) llll H

ONO

8

* * * * * ' =rt==tts =tt= * * =*=^:* * * mco IIrovo OOMcorooOOcOHHcvJoJW^-HH t— VO cm oOLT\Lr\OVO cocm

1 l 1 l 1 1 CM 1 VQ III

* * * * * * :=fe * * afe * * * * ^OVOcMVOCM ii COVOVO NWOOOOOWMOCJO roj-co ITvVO >-J-C\J OJ- ro

lt\ i i ir\ I

O

CM

H

o

* * * * * 'fc * * 'fe * ooOroj-cMiMJ-^onHOOOOJ-ONrocvi ro4- roroj- w 0AM H H M oj

r—1 t ii i Hi iltnii i ill i i o

o3

•H

o

(I)OWCVl4(V10OHOOrOr)Olf\4 4-WlAr|lAlANHJ-MJHr|O(Mrl i i

Iiiiiii I 1 H 1 I i i ' CM I i I l 1 I ii ii CM1

Lf\ o

HVO LTNOOltnJ- ir\ ro oo i^ _4 H Hir\^ir\^UAOO^t-ir\_=i--=i--=t--4-Lr\ONCM-d-_^- 00

i i i i i i i i i i i H i i i i i 1 i i -4" iiii 1

-4- o

* =#=* ooOAVO-4- Lo,ir\ir\ir\Lr\Lr\MO cm O Hvovo ltnmD roLf>ir\ooLrN_d- cmvocO H -=t tr\-=ti i i i i i i i i i i i H I i i 1 I i I I i i i i H i I i i

i

irv

i

(U

CO

CO

CU2

noO

st' <JL* -4^ n|^ -jL- MO oovo PO-^-J- UA-d--d- Lr\ t— oomo vo MO ir\\o -=t H ir\_=i-cM.-=t-ir\.-=t H H rorow en

i H1i I i i i i i i i i i i i i i i i i i i i H ill i

CMO

jfc -'"' '''' ?Jf ^tf ^lf ^Jc "lit ^lc! CM CO t— VO -d-LrN-d-CMCMt^-h-Hh-HVOOO-^-CM m\D 4 COVO J" J" IAOMAO (M O

• Hi iiiiiiiiHi ii iiiiii H i

CM

1 rH

CO > O

* ** * *** * ifcifc: *

(M cm oocm [--h-oJOJ-OI^-iAOHlAh-tAOHVOrornLAWiACOroiAiM HLfN H i H ii iHii Hi i iiiiii CM i CM

1 o

o

i i HHCMOOM0OcM_=t"C0I>-0000LfN0O00H-=)-0000-4-CMM000 0OV0 Is- H CO CM 00 HiHHi iiiil ill iiiiii 1 CM

a) P

HCM rO-3-UAMO D—COONOHcM ro4- inVO h-CO CAO H rJ roj- lAVO b-cO OAO H HHHHHHHHHHCMCMCMCMCMCMCMCMCMCMOOOO

cubO

cO -PO

d

m

rd

cOuo

Pi CO
93-

CO

CM

00

LTN ONH

p

ra

<;

o

-p

CO -d

dj

t> •H

CDO

CDU

CQ

cO

CD P

-P

•Hw

P

o

p>

ft

•p

p-o

CMacd

to

CD

CQCOO

CO

-4

cd .3

CO

o

&

<+H

0) p

CQ

tJ

H

O

-do

o

•HP

CO s

EH

LTN H

CDo

cd

a

•H

CD

CO

CO

CD H

cd >

8

o

*

-4 -4

i H

* * HMD

I * *

co HI *

_4 LTN h i

i vo c\J H H

I i ITNVO H i

i -4 O

H

i N=H CM

i

I CM CM

rH I

I * H -4

i *

CM CM HI 3-t

co cm t~—

i i i *

CO CM ON

I I I

ir\ co s

CO CO D— H CM O VO -4 VO COCX)

I I ! rH H I

>fC >fC 5fC J|C 5JC >|< 5JC """^fc T^ *p D— CM LTNCO LTN H -* t— VO IrtO III rH rH * ******=#=*

[— VO -4 LTNCM rH C— VO ITN ON00

I I I H CO rH I

lj )t )k Jc; )fc O OncO tr\ r— t-- co -4 VO co Onvo O in t-— * * * H H •

*

I rH

CO* ^*ON -4 * * *VO t- -4

i I * * * lAO no * *

t— ON

I *

-4 OS OS

i i

O CO H i

I

itn O

i

co O

i

CO CM

I I

-J/ CO LTN

I H HI I

r-j CO fr-i rH rH

I I I rH CM VO H rH H I I I OOMA rH I H

I I sfc. ON CO -4

I IT\ rH

I

LTN LT\ CO

rH ITN rH

I I -4 on co

rH J" CM

I O t— vo

rH -4" LTN

CO covo

I rH CO O OH

O

CM

I co t— vo

rH H I I H I rH

i i VO -=1- LTN

I H rH

I I VO CO-4

I H Hi I

h-OoJ IT— [— CO Lf\ rH

rH I CM -4

=*b* *=#=*=#=* *

CO On H t— ONCOrHro

CM i H I LPs I

^"rfc^ ^HH-^ ^t+^ ^~ffc^ t— rH v5~0 -4 CO

itn

ltn tr\-dr

i i H

rH H irN-4 O

i e i i H

co covo -4 O

I I I rH

I

IT\ ONVO LTN r-\

_4-4 rH H r-\ H

I I I

rH -4

I rl 4-t

CM HI I O CO o H CM rH

i I I CM ON O

H Hi I CO LTN CO H i i

i =^. CO COVO

rH H I

1 =#=*

co H cm

rH r-l

I =rt= O H CO H i I

rHHV^

CO CO COVO rH CO VO CO_d" I rH VO

co -ir CO i^ H rH -4 CM CO rH rH H

I I VO O r— rH ON On

LTN CO H I I

I oo vo co co oo a

-4 I I I rH

I CO H CO o o oS

CM H I rH H I

I I I afe.

CNJ rH CM ONVO rH

rH r-l rH I I

I I I =#= ON t— O 00 ON O I I rH I I IA

ON CO

I

CM O

H Hi g ONV0

I rH

I ON IT\

I HI CO C5

I O

CM O-CO VO t—

<

H i i « I

I

=fe

*

CO CO

rH

I *

co H

* ^=

CM O

Ot^VO H COVO HMD ON-* cOrHcM O co

I rH H i H I i I H

**** =#~ ***** *

C5-4-CO H O-ONb-t— LTNt—VO CO-4-^h CO

» rH I H I CM I I I II

****=fe*=fe********

COrHVOCMVOCMVOCM OrH t^-COOO-*--*

I I _* I CM I rH rH I I I ={1=:***^*=*; ***=fc * COCMrH(^0-d/OI>-f--CMrHCOLrNCOU^

Ir-i 4 I HrlrlHrl H rH

I I I I I % =^3 ajfc. =^ y. y, CM LTN LTN VO LTN CO CD VO rH _* f- t— LTN t— LTN HrHrHHCMHrHrHCO HHrH I H III III III I =Ks=tt5* * =#==#= * HVOCMirNCOVOOrHVOCOVOCMOCMLfN H H rH COCM IrHHrHHrHHrH IrH III II I I I I I =fe =*= *

CO LTN COVO CO CM LTN LTN COVO V0 LTN O t— CO HHrHLTNHHHHHHrHrHrH I H III I I I I I I I I I =^

CMVO LTND--CM COCO-*- OirN-*VO-*- rH H rHHH-4-HHrHH HHrHrHHH III till I I I I I I OOVOVOOrH-^COJ-^COCMirN-^ClrH IHrHHHHrHrHrHrHrHrHH H I I I I I I I I I I I I I OA_* H rH H I H I I I I I I I I III I cMVO-=hOrHcoONCj30HirNt>- co oS-4" HrHrHHrHrHI HrHrHlrHlrH

I I I I I I I I I I I rHCjCOrHO^OOLrNOOONLCNlTNCM COI>- H rH r-j H

ONVO VO O rH ITNrH COCOONVO UTN-* IrHrHHHHrHrHrH I

I rH I i

LTN-d- COVO rH CO rH VO

I I I I I I I -4-

CM CM rH _=J- -=t" CM LPvVO II 1 I i I -=h

H-4--4-rHLr\cM itncK

I 1 I I I I I CO

-=h -4" CO CM CO rH covo III I I I CM

I I

-d- VO -=J- -* VO

i H i i I =fe * *

CO-* rH LTN-4-

1 _* I I =fe* *

CM CO -* U> t—

I CO I =tr=* * H CM CO CO-4-

I CM II

CM LrNLrNLrN-4-J-O COO coco H H I i I i I I i

I I H ir> r—vo VO -4- cm _* cm i^vo

rH rH I I I I I I II

I I rH l/NVQVO t— I^-irN-4- O t— IfN H H i I

- I i I I ii

i i *

ON_d- LPvVO -=t t— t— Cj ^h D—VO

I H i i l i I ii

i * *

C— CO LTN COVO -4" VO C5 00 VO VO

I rH I H I I I rH I I

I COCMCMCOH-4-U-NCJ3VOCOCO

I rH I I I I rH I

H LTN CO rH

I I I I I I ONC5HOONVOVOOC5LrN-4-cMVOcOVO

I H H I I I IrHCMHll

O cJJ ON ONVO j4 vo o t—oo H^co-*- C5

I I I I I I I rl I I rl

I 00 O UNC0IM4 iaO O O H f- -4-cMVO

I I I I I I H H I i I I

I I * *

VO t!>-4-CO ONVO t— O VO O ONI>--4-VO H ill I H I « l i -4"

i VO CS 00 VO C—VO VOOO ITNONt—O D— O-LfN

I I I I I I I I 1 I rH I I -4

ITNCJOOVO t— 00 C— LTN-4VO ON t~— 0O 0-4

I I I I I I I i I i i H

VO CJ3 00 LTN t— 00 00 t— CM LrNONLfNOOCO O

I I I i I I g I I I i i rH * * f—OONCOOONOCOCMrHrHOVOCOCO

I llrHlrHH H r-\ III I II IB

H O t~-4 4;0 O miM rl04WlA4 I lllrHrHrHrHrHH III III II

rHOt'-COCOCOHlfNCM rH ONCM PO H 4 I I rH H H rH rH I II

ICNCSOOVO LTNITNONCM ONCO HVOVO COCM

I I rH H I II

CM

O

CO

On

CO

rH >>

1 rH

CM a H1 rtcO CMH rH

I CO

Fj H W

H •H

g CQ CN w

rH a

| •Hd

ON 0)

D—

-4

LTN

LTN

VO

CDW

CO -Po

o

•H-d

CO%

ft CO

CO p

im ro4 1AVO r-00 CAO H (M ro4 iavo t-cO CNO H W ro4- ir\VD C^cO CNO H HHHHHHrHHHHCMCMCMCMCMCMCMCMCMCMCOCO
-9k-

«L- vL- >1^ %!- sL- *A; *Jf -jL- -If -Jr -if "Jf %lf >!( >lf w^cocDMDt^OVDcMV£iroc>p4^ft^pHPHHP4(^PH^HNHv£)Hrocn ill c\J i i cm c\j i H H

oo oo

CM

i CM co ia J- iaco O o iau) roiAHP4pHCL,PMPHl^inpHPHCLi(i(JLr\0 t-h-vo O On

C\J 1 1 H H 1 H CM CM CM 1 CO H 1 H CM u

CD H VD^rHc\JC>iOcMW4- COJ- H(hPh(hM1<(hVDPhMhPLiH4- NJ O cm cj C— -P

-p C\J 1 1 H 1 H H 1 H CM CM 1 H rH CO

CD CO H *********=&; „ „ „ * „„ ******* EH

ir\ a o Hinh-LrMnOJ-OQOVOHOIii^^^lHfHONCMMii Ph H J- N-ChJ-4- On r-jlll IIH lllllrH -d/ OA CO CM 1 CD H CIcd

1 HM3CMroHcONOVOONb-pHP4|liCM(l|(liO(lHpHPHfMH IA f-lAON4- JCO U U ON CM •p

0) P H H H I i I H I iiHii 1 fH

jl £h * * * * * =fe =*fc=fe* * * * * coco cm un i/nmomo H C— H on^iTNCM O O-d- H^D CO O J-vo ^4-4 H O ^ »~ HHirHHHi I H I H H H rl H oo CM i H H H H 1

PM

cd O :o

-p H !3

ft

0) P

P

I i I I I ill ill ill * * * *1 CD Ph C— H MO H -=f MO MO LTNMD CO C— _=J- CM LTN O CO ON H M0 l/N -4" CO ON MO M0 C— LTN C— LT\ POCO LTN -P rH rHrHiHHHHH I H H H 1 H H i 1 I H H H H H rH H I 1 H

1 P

O

ii i i i i i ill ii i i i i i i i * * *S=i

1

cd M0 C— _=d- -d- M0 ltn ltn co C— O" ir\ oo H -=*" -^ coco co lt\ C— cm coOnc— cM-4-MO-HrMO CO cm

i H i H H H H H HrHr-irHHHiHHi I H rl H H H H H H i i i I i i I I I i 1 i ii ii I i i i i i

-d" CD ai H H W3

cd o

CM LT\ OJ-OLriJ-LriJ-MDOrorOrjcvJJ-J-rt cooocomO-h^cO-H/u-n oomo itnmo co oo HHHHHHHH I i I i I i i i rHHr-iHHHHHH i I i i i i I i i iHHHHHHHHHH I I I I i i i i i i

-3- +3

-P 8

cd t3 H H1 P

-d cd J5fc ^fe ON-dr ON oo OOMO ir\M0 CO -4- O O H oo oo CM oo oo oo oo ooMO oo ir\ _=j- -d- ,=}- vo CO oo

1 H iHrHrHHH H!HHrJHHrlrlHr|r|HHHHHrlrliHHrH oo aCD H H

f> 10 •H CD

CD CO ro

1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 O cot^H^coONLfNLTNooirNO ON-=i- oo cnj oo^ ion cm ooc— OirNoo_H/_3-Lr\irNcM rlHi

1 i-iiirH ICOr-lrHrHrHH iiiii IHHHHHHrHrHHHrHrHrHHrHrHrH iiiiiiiiiiiiiiiii

I CO O CO

(D O

U H

H H II II lllll IIIIIIIIIIIIIIIII 1

C\J ^c\JHWN(X3rnnwOLr\OOiAc^conLr\j-nm^Hrorjrorncvij-o CM

CO CD

co H

rH liHHHH 1 -4" H H HHrHHrHrHHHtHHrHHHHrHrHHHrHrH i II ii I I I I I i i i i i i i I i 1 I I I I I H

1 H MDHCOcm O CO O O cm OcM ON On cm HO OJ/J-J-rllACvlHrl^rlOroon H H H IHIHH r-\ r-\ HIIHHH r-\r-\r-\r-\r-\Hr-\Hl<-\<-\Hr-\ H >»

0) O 1 II II 1 III 1 1 1 1 1 1 1 1 1 1 1 1 1 H

> d =*= S3

CD O LfMMt^OxcOHOhcJvOHcoOcTiOvovDiMOroChJ-rlOcO t~— CO OcOO ON H [3 H «H H IHI1

i iHHiHiHi III! iHi1 iHHHiHHHi llllll I IHiH If l O

p

cd

1 11 1 1 1 llllll II =rt= *

cd ON CM O\M0 >-HHVOJ-00\OcOcOOcOJTO ONVO O CO O LTN C\ 0\\Q ChOOO\

_=hl 1 1 Ii—III |l Ii—III—11 i 11111H1H11111HH1 II II

CO p t5 S3 <u O i H

cd •H P Nfc * *

CO CO CO UACOf^CO^OA^H^in^VOI^Ot^-MDroi^-ONO O W ONONONPOCO O OCO [— S,

_, 3 o mill ii iiiii iiiiih Hilili Hi i •H p --3 1 1 1 CO

cd t3 =fe * *

•H cd c- rOcOCO lv--^-C0M0 t-OD h-CO C— f— OO D— CO t—VO ON ON 0\ O ON^COMD OOOCO O CO

tJ o -=j- 1 1 1 iliilllillliiliiHllli H 1 H i P

CD -s

It

1 I I CDC— O-CO HCOCO ON ON C— C— C— C-VO C— ON ON ON On ON J- O OLTnO C— H ON CO O

•HP

^o CO CD >> H H

p CD

o iiiiiiiiiiiliiiiliiiHHiHiiliH ill I

1 £

lf\ MD ON MO COMOCOMD ONONCOCO C— MDMD C— ON CO O OcOMD H O LTNOCO^CO O O CO * O |> ,d o o iiiiiiiiiiiiiiiiiHHiiHHIHIiiHH II ill ii

* C-COMO ONLTNMDCO ONO O C— C— MD CO CO O OnO hco o rn rl cQ o c— mo ONO

i i i i 1 i i IHHI 1 1 i iHiHHiHHHiHi iHIH

1

<h cd -=r ON O o 1 P f§ II 1 1 1 1 1 1 1 II

o co coltnC— oo^j-mdohhonc— coc— coococmcmhh-^^hhcmltnOcocm

1 1 IH 1 IHHHI 1 1 1 iHlr-iHr-\t~{r-\tr-\r-\ IHiH ON

•H p O l -P -H 1 ill 1 1 1 1 1 1 I 1 II W cd * * * * * * 2 8

CXI MO OMD OVO O-d-OcO H0\04 COCOO C— H OOOnO H C— OOCOHCM ONCMCM CO o O i H i iHiHHliiiHiHHiHHiHii iHH i •H

,a cd i ill iiiiii II -d

cd ** **** * ** =#=: * * * * * cd Eh w H ONC-HHH4-HC-IACOO C-C-4-CO rvlJ-LfMA(MCOCOiAm4TOHcOoJH c— U

CDP

• H

O HHH i 11H1111H11H iiiH 1 IHH 1 o

CO III 1 II 1 II

=»< cd O ^H^CMOC— LfNC— ONir\00MDMD-J-ONM3HcM_dr^t--=J-C— C— ONHC— r|VD H IT\ H iHH HHiiiii I HHii iliHH ii 1 1

CO

LTN > o ' =9=

CD H !>j H CM CO -4" LTN MO C— CO ON O H CM OO -=J" LTN M0 C— CO ON O H CM OO _* LTN MO C— CO ON O Tj

En

cd P HHHHHHHHHHCMCMCMCMCMCMCMCMCMCMOO 1
I .S. DEPARTMENT OF COMMERCE

Frederick H. Mueller, Secretary NATIONAL BUREAU OF STANDARDS

A. V. Aslin, Director THE NATIONAL BUREAU OF STANDARDS

The scope of activities of the National Bureau of Standards at its major laboratories in Washington, D.C., and

Boulder, Colorado, is suggested in the following listing of the divisions and sections engaged in technical work.

In general, each section carries out specialized research, development, and engineering in the field indicated by

its title. A brief description of the activities, and of the resultant publications, appears on the inside of the front

cover. WASHINGTON, D.C.

Electricity and Electronics. Resistance and Reactance. Electron Devices. Electrical Instruments. Magnetic Measurements. Dielectrics. Engineering Electronics. Electronic Instrumentation. Electrochemistry.

Optics and -Metrology. Photometry and Colorimetry. Photographic Technology. Length. Engineering

Metrology.

Heat. Temperature Physics. Thermodynamics. Cryogenic. Physics. Rheology. Molecular Kinetics. Free

Radicals Research. Atomic and Radiation Physics. Spectroscopy. Radiometry. Mass Spectrometry. Solid State Physics. Electron Physics. Atomic Physics. Neutron Physics. Radiation Theory. Radioactivity. X-rays. High

Energy Radiation. Nucleonic Instrumentation. Radiological Equipment.

Chemistry. Organic Coatings. Surface Chemistry. Organic Chemistry. Analytical Chemistry. Inorganic

Chemistry. Electrodeposition. Molecular Structure and Properties of Gases. Physical Chemistry. Thermochemistry. Spectrochemistry. Pure Substances.

Mechanics. Sound. Mechanical Instruments. Fluid Mechanics. Engineering Mechanics. Mass and Scale. Capacity, Density, and Fluid Meters. Combustion Controls.

Organic and Fibrous Materials. Rubber. Textiles. Paper. Leather. Testing and Specifications. Poly- mer Structure. Plastics. Dental Research.

Metallurgy. Thermal Metallurgy. Chemical Metallurgy. Mechanical Metallurgy. Corrosion. Metal

Physics.

Mineral Products. Engineering Ceramics. Glass. Refractories. Enameled Metals. Constitution and M.i- crostructure.

Building Technology. Structural Engineering. Fire Protection. Air Conditioning, Heating, and Refrigeration. Floor, Roof, and Wall Coverings. Codes and Safety Standards. Heat Transfer. Concreting Materials.

Applied Mathematics. Numerical Analysis. Computation. Statistical Engineering. Mathematical Physics.

Data Processing Systems. SEAC Engineering Group. Components and Techniques. Digital Circuitry.

Digital Systems. Analog Systems. Application Engineering.

• Office of Basic Instrumentation. • Office of Weights and Measures. BOULDER, COLORADO

Cryogenic Engineering. Cryogenic Equipment. Cryogenic Processes. Properties of Materials. Gas Liquefaction.

Radio Propagation Physics. Upper Atmosphere Research. Ionospheric Research. Regular Propagation

Services. Sun-Earth Relationships. VI1F Research. Radio Warning Services. Airglow and Aurora. Radio

Astronomy and Arctic Propagation.

Radio Propagation Engineering. Data Reduction Instrumentation. Modulation Research. Radio Noise. Tropospheric Measurements. Tropospheric Anal) sis. Propagation Obstacles Engineering. Radio-Meteorology. Lower Atmosphere Physics.

Radio Standards. High Frequency Electrical Standards. Radio Broadcast Service. High Frequency Impedance Standards. Electronic Calibration Center. Microwave Physics. Microwave Circuit Standards. Radio Communication and Systems. Low Frequency and Very Low Frequency Research. High Fre- quency and Very High Frequency Research. Ultra High Frequency and Super High Frequency Research. Modulation Research. Antenna Research. Navigation Systems. Systems Analysis. Field Operations.