INSTITUTO GEOFISICO DEL PERU

RADIO OBSERVATORIO DE JICAMARCA

REPORT ON

COORDINATED SATELLITE AND

INCOHERENT SCATTER OBSERVATIONS

REEID

NASA T FACIU

AN0 91976

SUBMITTED TO THE

NATIONAL AERONAUTICS AND SPACE ADMINISTRATION

CONTRACT NGR 52-158-001

SUPPLEMENT No 4

V~tt

BY THE

INSTITUTO GEOFISICO

APARTADO 3747

LIMA 1 PERU

DEL PERU

PRINCIPAL INVESTIGATOR

CHJ CALDERON DIRECTOR

RADIO OBSERVATORIO DE JICAMARCA

OCTOBER 1975 -

(NASA-CR-145897) CCODINATED SATELLITE AND INCOHERENT SCATTER CBSEBVATIONS (Instituto Geofisico del Peru) 102 p HC $550 CSCL 04A

G346

N76-13676

unclas 06306

httpsntrsnasagovsearchjspR=19760006588 2020-07-17T151900+0000Z

CONTENTS

PAGE

ABSTRACT

INTRODUCTION 2

ELECTRON CONCENTRATION AND TEMPERATURE 3

VERTICAL DRIFT 4

ELECTROJET RELATIVE ECHO POWER DENSITY 5

ELECTROJET DOPPLER SHIFT AND CONDITION 5

150 KM ECHOING REGION 6

ACKNOWLEDGEMENT 77

REFERENCES 7

TABLE I 8

TABLE II 9

TABLE III t 1

TABLE IV 17

TABLE V 18

APPENDIX-A i 19

APPENDIX B 36

APPENDIX C 55

APPENDIX D 92

APPENDIX E 99

ABSTRACT

This document reports measurements taken at the Jicamarca

Radar Observatory at Lima Peru during the CooperatiVe Sound shy

ing Rocket Program The following types of data were acquired

1) Electron Density and Temperature 2) Vertical Plasma Drift 3) Electrojet Relative Echo Power Density 4) Electrojet Dop shy

pler Shift and Condition 5) 150 km Echoing Region

-2-

INTRODUCTION

This document reports work carried out at the Jicamarca

Radar Observatory of the Instituto Geofisico del Pera (1195

S 76870 W 20 Dip) during the Cooperative Sounding Rocket

Program at Punta Lobos Chilca Per6

As described in the proposal of June 1974 submitted to

the National Aeronautics and Space Administration the gener

ral objectives of the coordinated measurements are as fol -shy

lows

I Ionosphericstudies under quiet and disturbed conditions

The specifi c objectives are

a) Comparison of electron temperature measurements by

rocket-borne probes and the incoherent scatter techshy

nique used at the Jicamarca Radar Observatory

b) Observation of the fine structure in the electron den

sity profile to examine the roleof vertical trans shy

port in layering metallic ions

c) Examination of the role of energetic electrons as a

nighttime source of ionization

2 Measurement of precipitated particle flux The major ob

jectives are

a) Investigation of the possible influence-of soft ener

getic electron interaction with the thermosphere on

the mesosphere via a bremsstrahlung radiation energy

transfer process

b) Study of the diurnal behavior of ozone in the equa shy

toral region

c) Determination of the distribution and energy spec -shy

trum of the soft energetic particle belt at the

magnetic-Equator4

-3shy

d) Validationof current theories about particle distri

butions at thermospheric altitudes

3t Determination of Equatorial Electric and Magnetic Fields

The specific objectives are

a) Three-axis-vector determination of electric fields

b) Total magnetic field measurements

c) Electron density determination

To this effect we have performed radar measurements of

electron concentration and temperature vertical drfft

electrojet echo power spectra dopplershift and condition

and the 150 km echoing region as described under their own

headlines and listed in Tables I II IV and V

ELECTRON CONCENTRATION AND TEMPERATURE

We have obtained nine contour plots-o l-ec-tron concenshy

tration Net and six contour plots of electron temperature

T as functions of height at the dates and timslisted in

-Table I

The measuring technique employed has been in use in

Jicamarca for a long time now and is thorougly described by

Farley Z1969a b7

The results are presented in 15 figures shown in Appenshy

dix A All electron concentration and temperature measure shy

ments were taken at the request of Dr S Schutz Assistant

Project Scientist of the Universfty of Illinois and Dr R

Goldberg NASA Project Scientist in attention to their rock

et shots

-4-

VERTICAL DRIFT

We have performed ten continued measurements of vertical

plasma drifts as functions of height at the dates and times

listed in Table I

The measuring-technique was developed at the Jicamarca

Radar Observatory and is fully described by Woodman and Hagshy

fors Z19697

The vertical drift is taken as the average value of

drifts between 300 and 400 km except during the presence of

coherent echoes from F-region irregularities that completely

mask the incoherently scattered signal and the averampge is

then taken from 400 to 500 km The dotted segments in the

figures indicate the presence of such echoes (equatorial

spread-F) The 3-hour K index for Huancayo is indicated in p

every graph

The results are presented in 17 figures shown in Appenshy

dix B After the first set of six graphs a composite pictushy

re is presented There is also another composite graph for

the second setof four figures In additiolthive drift pro

files are presented in order to give an idea of the actual

-height variation in our measurements It is interesting to

observe that the last two profiles were obtained so as to

encompass the last two rocket flights of the Cooperative --

Rocket Program The first set of measurements was taken at

the request of Dr R Goldberg NASA Project Scientist

while the second one was requested by Dr N C Maynard

NASA Project Scientist and Dr J F Bedinger GCA Pro shy

ject Scientist in attention to their rocket launchings in

coordination with AEC satellite passes and Lear jet measureshy

mehts

ELECTROJET RELATIVE ECHO POWER DENSITY

We have obtained 35 composite plots of electrojet relashy

tive echo power density as functions of frequency deviation

at the dates and times listed in Table II

The measuring technique employed has been amply descrishy

bed by Balsley Z1967

The results are presented in 35 figures shown in Appenshy

dix C All these measurements were taken at the request of

Dr N C Maynard NASA Project Scientist and Dr J F Beshy

dinger GCA Project Scientistin attention to their rockshy

et launchings in coordination with AEC satellite passes and

Lear jet measurements

It should be noted that the vertical scale for every

graph is not the same due to normalization with respect to

a wrong maximum at zero frequency caused by a faulty dc bias

in the analog-to-digital converter Excepting one allways

shown in dotted lines the dc spikes have been omitted in

those graphs as can be seen in Fig 36 for example-

The actual identification of each composite is given in

Table III

ELECTROJET DOPPLER SHIFT AND CONDITION

We have obtained five electrojet doppler shifts and

condition plots as functions of time for the periods listed

in Table IV

The measuring technique is the same as the one for the electrojet relative echo power density as given by Balsley

Z19647 but the presentation is new

The results are presented in five figures shown in Apshy

pendix D By doppler shift we simply mean the frequency deshy

viation that corresponds to the maximum of the power density

-6shy

plot and by condition we signify the relative power of type

I and type II irregularities Dr R Woodman suggested the

radio aiaiias a quantitative measure of electrojet-condishy

tion Here aI is the relative echo power for type Iirregushy

larities while ai corresponds to typelIl irregularities as

measured at a frequency half that of a Furthermote the

ltfollowing convention is adopted

Range Condition Symbol

0 lt a alt 1 Type IlI

1 aI ail lt 2 Marginal A 2 lt a a 3 Developed

3 aI aii Saturated

The heavy line corresponds to the curve aIaii while the

symbols represent both the electrojet doppler shift and its

condition These measurements were taken at the request of

Dr N C Maynard NASA Project Scientist andDr J F Beshy

dinger GCA Project Scientist

150 KM ECHOING REGION

We have obtained 10 photographs to detect the presence

of the 150 km echoing region as described by Balsley Z1964

at the times listed in Table V

These experiments were caribdout-at-therequest of

Dr N C Maynardr NASA Project Scientist and are presented

in Appendix E

-7-

ACKNOWLEDGEMENT

The author wishes to thank the Jicamarca Radar Observashy

tory Staff for their technical assistance

REFERENCES

BALSLEY B B Evidence of a stratified echoing -region at

150 kilometers in the vicinity of the magnetic equator du

ring daylight hours J Geophys Res 69 1925-1930 r

1964

BALSLEY B B Evidencefor plasma turbulence in the equa shy

torial electrojet US ESSA Nov 1967 IERTM-ITSA 89

FARLEY D T Incoherent scatter power measurements a comshy

parigon of various techniques Radib Sot 4 139-142 1969a

FARLEY D T Incoherent scatter correlation function mea shy

surements Radio Sci 4 935-953 1969b

WOODMAN R F and T HAGFORS Methods for the measurement

of vertical ionospheric motions near the magnetic equator

by incoherent scattering J Geophys Res 74 1205-1212

1969

TABLE I

ELECTRON CONCENTRATIO Yi MPTURE

AND VERTICAL DRIFTS MEASUREMENTS

PARAMETERS DATE INTERVAL (LT)

Ne May 19-20 1975 1140-1950

Ne- May 20-21 1975 1350-2340

6May 21722 1975 1450-2140 Ne May 22-23 1975 -1510-1605 1930-2350

Ne May 23-24 1975 1010-1030 1610 1850-2350

Ne May 24 1975 0850-1510

Ne May 27 1975 1250-1535

Ne May 28 1975 0950-1920

Ne May 29 1975 1430-1455 2110-2250

Te May 19 1975 1140-1950

Te May 20 1975 1350-1410 1550-2100

Te May 21 1975 1600-2010

Te May 24 1975 1000-1510

Te May 27 1975 1230-1420

Te -May 28 1975 0950-1740

Vz may 19-20 1975 1600-2220

Vz May 20-21 1976 1420-2355

V May 21-22 1975 1530-1540 1740-2350 Vz May 22-23 1975 2010-0000

Vz May 23-24 1975 14 30-0amp30-i 0350 0610-0800

Vz May 24-25 1975 0800-1555

V JuneO2-03 1975 - 220-1530

Vz June05-06 1975 0930-1600

Vz June06-07 1975 0910-1320

zune07-08_t 1975 0910-1310

-9-

TABLE I I

RELATIVE ECHO POWER DENSITY MEASUREMENTS

DATE

JUNE 02 1975

JUNE 02 1975

JUNE 02 t 1975

JUNE 03 1975

JUNE 03 1975

JUNE 03 1975

JUNE 03 1975

JUNE 03 1975

JUNE 03 1975

JUNE 03 1975

JUNE 03 1975

JUNE 03 1975

JUNE 03 1975

JUNE 03 1975

JUNE 05 1975

JUNE 05 1975

JUNE 05 1975

JUNE 05 1975

JUNE05 1975

JUNE 05 1975

JUNE 05 1975

JUNE 05 1975

JUNE 06 1975

JUNE 06 t 1975

JUNE 06 1975

INTERVAL (LT)

1030-1122

1310-1432

1450-1547

0827-0850

0900-0910

0912-0945

0950-1020

1022-1050

1052-1120

1122-1150

1222-1250

1252-1322

1325-1352

1355-1427

0847-0920

0922-0932

0952-1127

1142-1157

1210-1220

1240-1307

1310-1347

1402-1407

0852-0945

0947-1112

11plusmn15-1147

I

CONTENTS

PAGE

ABSTRACT

INTRODUCTION 2

ELECTRON CONCENTRATION AND TEMPERATURE 3

VERTICAL DRIFT 4

ELECTROJET RELATIVE ECHO POWER DENSITY 5

ELECTROJET DOPPLER SHIFT AND CONDITION 5

150 KM ECHOING REGION 6

ACKNOWLEDGEMENT 77

REFERENCES 7

TABLE I 8

TABLE II 9

TABLE III t 1

TABLE IV 17

TABLE V 18

APPENDIX-A i 19

APPENDIX B 36

APPENDIX C 55

APPENDIX D 92

APPENDIX E 99

ABSTRACT

This document reports measurements taken at the Jicamarca

Radar Observatory at Lima Peru during the CooperatiVe Sound shy

ing Rocket Program The following types of data were acquired

1) Electron Density and Temperature 2) Vertical Plasma Drift 3) Electrojet Relative Echo Power Density 4) Electrojet Dop shy

pler Shift and Condition 5) 150 km Echoing Region

-2-

INTRODUCTION

This document reports work carried out at the Jicamarca

Radar Observatory of the Instituto Geofisico del Pera (1195

S 76870 W 20 Dip) during the Cooperative Sounding Rocket

Program at Punta Lobos Chilca Per6

As described in the proposal of June 1974 submitted to

the National Aeronautics and Space Administration the gener

ral objectives of the coordinated measurements are as fol -shy

lows

I Ionosphericstudies under quiet and disturbed conditions

The specifi c objectives are

a) Comparison of electron temperature measurements by

rocket-borne probes and the incoherent scatter techshy

nique used at the Jicamarca Radar Observatory

b) Observation of the fine structure in the electron den

sity profile to examine the roleof vertical trans shy

port in layering metallic ions

c) Examination of the role of energetic electrons as a

nighttime source of ionization

2 Measurement of precipitated particle flux The major ob

jectives are

a) Investigation of the possible influence-of soft ener

getic electron interaction with the thermosphere on

the mesosphere via a bremsstrahlung radiation energy

transfer process

b) Study of the diurnal behavior of ozone in the equa shy

toral region

c) Determination of the distribution and energy spec -shy

trum of the soft energetic particle belt at the

magnetic-Equator4

-3shy

d) Validationof current theories about particle distri

butions at thermospheric altitudes

3t Determination of Equatorial Electric and Magnetic Fields

The specific objectives are

a) Three-axis-vector determination of electric fields

b) Total magnetic field measurements

c) Electron density determination

To this effect we have performed radar measurements of

electron concentration and temperature vertical drfft

electrojet echo power spectra dopplershift and condition

and the 150 km echoing region as described under their own

headlines and listed in Tables I II IV and V

ELECTRON CONCENTRATION AND TEMPERATURE

We have obtained nine contour plots-o l-ec-tron concenshy

tration Net and six contour plots of electron temperature

T as functions of height at the dates and timslisted in

-Table I

The measuring technique employed has been in use in

Jicamarca for a long time now and is thorougly described by

Farley Z1969a b7

The results are presented in 15 figures shown in Appenshy

dix A All electron concentration and temperature measure shy

ments were taken at the request of Dr S Schutz Assistant

Project Scientist of the Universfty of Illinois and Dr R

Goldberg NASA Project Scientist in attention to their rock

et shots

-4-

VERTICAL DRIFT

We have performed ten continued measurements of vertical

plasma drifts as functions of height at the dates and times

listed in Table I

The measuring-technique was developed at the Jicamarca

Radar Observatory and is fully described by Woodman and Hagshy

fors Z19697

The vertical drift is taken as the average value of

drifts between 300 and 400 km except during the presence of

coherent echoes from F-region irregularities that completely

mask the incoherently scattered signal and the averampge is

then taken from 400 to 500 km The dotted segments in the

figures indicate the presence of such echoes (equatorial

spread-F) The 3-hour K index for Huancayo is indicated in p

every graph

The results are presented in 17 figures shown in Appenshy

dix B After the first set of six graphs a composite pictushy

re is presented There is also another composite graph for

the second setof four figures In additiolthive drift pro

files are presented in order to give an idea of the actual

-height variation in our measurements It is interesting to

observe that the last two profiles were obtained so as to

encompass the last two rocket flights of the Cooperative --

Rocket Program The first set of measurements was taken at

the request of Dr R Goldberg NASA Project Scientist

while the second one was requested by Dr N C Maynard

NASA Project Scientist and Dr J F Bedinger GCA Pro shy

ject Scientist in attention to their rocket launchings in

coordination with AEC satellite passes and Lear jet measureshy

mehts

ELECTROJET RELATIVE ECHO POWER DENSITY

We have obtained 35 composite plots of electrojet relashy

tive echo power density as functions of frequency deviation

at the dates and times listed in Table II

The measuring technique employed has been amply descrishy

bed by Balsley Z1967

The results are presented in 35 figures shown in Appenshy

dix C All these measurements were taken at the request of

Dr N C Maynard NASA Project Scientist and Dr J F Beshy

dinger GCA Project Scientistin attention to their rockshy

et launchings in coordination with AEC satellite passes and

Lear jet measurements

It should be noted that the vertical scale for every

graph is not the same due to normalization with respect to

a wrong maximum at zero frequency caused by a faulty dc bias

in the analog-to-digital converter Excepting one allways

shown in dotted lines the dc spikes have been omitted in

those graphs as can be seen in Fig 36 for example-

The actual identification of each composite is given in

Table III

ELECTROJET DOPPLER SHIFT AND CONDITION

We have obtained five electrojet doppler shifts and

condition plots as functions of time for the periods listed

in Table IV

The measuring technique is the same as the one for the electrojet relative echo power density as given by Balsley

Z19647 but the presentation is new

The results are presented in five figures shown in Apshy

pendix D By doppler shift we simply mean the frequency deshy

viation that corresponds to the maximum of the power density

-6shy

plot and by condition we signify the relative power of type

I and type II irregularities Dr R Woodman suggested the

radio aiaiias a quantitative measure of electrojet-condishy

tion Here aI is the relative echo power for type Iirregushy

larities while ai corresponds to typelIl irregularities as

measured at a frequency half that of a Furthermote the

ltfollowing convention is adopted

Range Condition Symbol

0 lt a alt 1 Type IlI

1 aI ail lt 2 Marginal A 2 lt a a 3 Developed

3 aI aii Saturated

The heavy line corresponds to the curve aIaii while the

symbols represent both the electrojet doppler shift and its

condition These measurements were taken at the request of

Dr N C Maynard NASA Project Scientist andDr J F Beshy

dinger GCA Project Scientist

150 KM ECHOING REGION

We have obtained 10 photographs to detect the presence

of the 150 km echoing region as described by Balsley Z1964

at the times listed in Table V

These experiments were caribdout-at-therequest of

Dr N C Maynardr NASA Project Scientist and are presented

in Appendix E

-7-

ACKNOWLEDGEMENT

The author wishes to thank the Jicamarca Radar Observashy

tory Staff for their technical assistance

REFERENCES

BALSLEY B B Evidence of a stratified echoing -region at

150 kilometers in the vicinity of the magnetic equator du

ring daylight hours J Geophys Res 69 1925-1930 r

1964

BALSLEY B B Evidencefor plasma turbulence in the equa shy

torial electrojet US ESSA Nov 1967 IERTM-ITSA 89

FARLEY D T Incoherent scatter power measurements a comshy

parigon of various techniques Radib Sot 4 139-142 1969a

FARLEY D T Incoherent scatter correlation function mea shy

surements Radio Sci 4 935-953 1969b

WOODMAN R F and T HAGFORS Methods for the measurement

of vertical ionospheric motions near the magnetic equator

by incoherent scattering J Geophys Res 74 1205-1212

1969

TABLE I

ELECTRON CONCENTRATIO Yi MPTURE

AND VERTICAL DRIFTS MEASUREMENTS

PARAMETERS DATE INTERVAL (LT)

Ne May 19-20 1975 1140-1950

Ne- May 20-21 1975 1350-2340

6May 21722 1975 1450-2140 Ne May 22-23 1975 -1510-1605 1930-2350

Ne May 23-24 1975 1010-1030 1610 1850-2350

Ne May 24 1975 0850-1510

Ne May 27 1975 1250-1535

Ne May 28 1975 0950-1920

Ne May 29 1975 1430-1455 2110-2250

Te May 19 1975 1140-1950

Te May 20 1975 1350-1410 1550-2100

Te May 21 1975 1600-2010

Te May 24 1975 1000-1510

Te May 27 1975 1230-1420

Te -May 28 1975 0950-1740

Vz may 19-20 1975 1600-2220

Vz May 20-21 1976 1420-2355

V May 21-22 1975 1530-1540 1740-2350 Vz May 22-23 1975 2010-0000

Vz May 23-24 1975 14 30-0amp30-i 0350 0610-0800

Vz May 24-25 1975 0800-1555

V JuneO2-03 1975 - 220-1530

Vz June05-06 1975 0930-1600

Vz June06-07 1975 0910-1320

zune07-08_t 1975 0910-1310

-9-

TABLE I I

RELATIVE ECHO POWER DENSITY MEASUREMENTS

DATE

JUNE 02 1975

JUNE 02 1975

JUNE 02 t 1975

JUNE 03 1975

JUNE 03 1975

JUNE 03 1975

JUNE 03 1975

JUNE 03 1975

JUNE 03 1975

JUNE 03 1975

JUNE 03 1975

JUNE 03 1975

JUNE 03 1975

JUNE 03 1975

JUNE 05 1975

JUNE 05 1975

JUNE 05 1975

JUNE 05 1975

JUNE05 1975

JUNE 05 1975

JUNE 05 1975

JUNE 05 1975

JUNE 06 1975

JUNE 06 t 1975

JUNE 06 1975

INTERVAL (LT)

1030-1122

1310-1432

1450-1547

0827-0850

0900-0910

0912-0945

0950-1020

1022-1050

1052-1120

1122-1150

1222-1250

1252-1322

1325-1352

1355-1427

0847-0920

0922-0932

0952-1127

1142-1157

1210-1220

1240-1307

1310-1347

1402-1407

0852-0945

0947-1112

11plusmn15-1147

I

ABSTRACT

This document reports measurements taken at the Jicamarca

Radar Observatory at Lima Peru during the CooperatiVe Sound shy

ing Rocket Program The following types of data were acquired

1) Electron Density and Temperature 2) Vertical Plasma Drift 3) Electrojet Relative Echo Power Density 4) Electrojet Dop shy

pler Shift and Condition 5) 150 km Echoing Region

-2-

INTRODUCTION

This document reports work carried out at the Jicamarca

Radar Observatory of the Instituto Geofisico del Pera (1195

S 76870 W 20 Dip) during the Cooperative Sounding Rocket

Program at Punta Lobos Chilca Per6

As described in the proposal of June 1974 submitted to

the National Aeronautics and Space Administration the gener

ral objectives of the coordinated measurements are as fol -shy

lows

I Ionosphericstudies under quiet and disturbed conditions

The specifi c objectives are

a) Comparison of electron temperature measurements by

rocket-borne probes and the incoherent scatter techshy

nique used at the Jicamarca Radar Observatory

b) Observation of the fine structure in the electron den

sity profile to examine the roleof vertical trans shy

port in layering metallic ions

c) Examination of the role of energetic electrons as a

nighttime source of ionization

2 Measurement of precipitated particle flux The major ob

jectives are

a) Investigation of the possible influence-of soft ener

getic electron interaction with the thermosphere on

the mesosphere via a bremsstrahlung radiation energy

transfer process

b) Study of the diurnal behavior of ozone in the equa shy

toral region

c) Determination of the distribution and energy spec -shy

trum of the soft energetic particle belt at the

magnetic-Equator4

-3shy

d) Validationof current theories about particle distri

butions at thermospheric altitudes

3t Determination of Equatorial Electric and Magnetic Fields

The specific objectives are

a) Three-axis-vector determination of electric fields

b) Total magnetic field measurements

c) Electron density determination

To this effect we have performed radar measurements of

electron concentration and temperature vertical drfft

electrojet echo power spectra dopplershift and condition

and the 150 km echoing region as described under their own

headlines and listed in Tables I II IV and V

ELECTRON CONCENTRATION AND TEMPERATURE

We have obtained nine contour plots-o l-ec-tron concenshy

tration Net and six contour plots of electron temperature

T as functions of height at the dates and timslisted in

-Table I

The measuring technique employed has been in use in

Jicamarca for a long time now and is thorougly described by

Farley Z1969a b7

The results are presented in 15 figures shown in Appenshy

dix A All electron concentration and temperature measure shy

ments were taken at the request of Dr S Schutz Assistant

Project Scientist of the Universfty of Illinois and Dr R

Goldberg NASA Project Scientist in attention to their rock

et shots

-4-

VERTICAL DRIFT

We have performed ten continued measurements of vertical

plasma drifts as functions of height at the dates and times

listed in Table I

The measuring-technique was developed at the Jicamarca

Radar Observatory and is fully described by Woodman and Hagshy

fors Z19697

The vertical drift is taken as the average value of

drifts between 300 and 400 km except during the presence of

coherent echoes from F-region irregularities that completely

mask the incoherently scattered signal and the averampge is

then taken from 400 to 500 km The dotted segments in the

figures indicate the presence of such echoes (equatorial

spread-F) The 3-hour K index for Huancayo is indicated in p

every graph

The results are presented in 17 figures shown in Appenshy

dix B After the first set of six graphs a composite pictushy

re is presented There is also another composite graph for

the second setof four figures In additiolthive drift pro

files are presented in order to give an idea of the actual

-height variation in our measurements It is interesting to

observe that the last two profiles were obtained so as to

encompass the last two rocket flights of the Cooperative --

Rocket Program The first set of measurements was taken at

the request of Dr R Goldberg NASA Project Scientist

while the second one was requested by Dr N C Maynard

NASA Project Scientist and Dr J F Bedinger GCA Pro shy

ject Scientist in attention to their rocket launchings in

coordination with AEC satellite passes and Lear jet measureshy

mehts

ELECTROJET RELATIVE ECHO POWER DENSITY

We have obtained 35 composite plots of electrojet relashy

tive echo power density as functions of frequency deviation

at the dates and times listed in Table II

The measuring technique employed has been amply descrishy

bed by Balsley Z1967

The results are presented in 35 figures shown in Appenshy

dix C All these measurements were taken at the request of

Dr N C Maynard NASA Project Scientist and Dr J F Beshy

dinger GCA Project Scientistin attention to their rockshy

et launchings in coordination with AEC satellite passes and

Lear jet measurements

It should be noted that the vertical scale for every

graph is not the same due to normalization with respect to

a wrong maximum at zero frequency caused by a faulty dc bias

in the analog-to-digital converter Excepting one allways

shown in dotted lines the dc spikes have been omitted in

those graphs as can be seen in Fig 36 for example-

The actual identification of each composite is given in

Table III

ELECTROJET DOPPLER SHIFT AND CONDITION

We have obtained five electrojet doppler shifts and

condition plots as functions of time for the periods listed

in Table IV

The measuring technique is the same as the one for the electrojet relative echo power density as given by Balsley

Z19647 but the presentation is new

The results are presented in five figures shown in Apshy

pendix D By doppler shift we simply mean the frequency deshy

viation that corresponds to the maximum of the power density

-6shy

plot and by condition we signify the relative power of type

I and type II irregularities Dr R Woodman suggested the

radio aiaiias a quantitative measure of electrojet-condishy

tion Here aI is the relative echo power for type Iirregushy

larities while ai corresponds to typelIl irregularities as

measured at a frequency half that of a Furthermote the

ltfollowing convention is adopted

Range Condition Symbol

0 lt a alt 1 Type IlI

1 aI ail lt 2 Marginal A 2 lt a a 3 Developed

3 aI aii Saturated

The heavy line corresponds to the curve aIaii while the

symbols represent both the electrojet doppler shift and its

condition These measurements were taken at the request of

Dr N C Maynard NASA Project Scientist andDr J F Beshy

dinger GCA Project Scientist

150 KM ECHOING REGION

We have obtained 10 photographs to detect the presence

of the 150 km echoing region as described by Balsley Z1964

at the times listed in Table V

These experiments were caribdout-at-therequest of

Dr N C Maynardr NASA Project Scientist and are presented

in Appendix E

-7-

ACKNOWLEDGEMENT

The author wishes to thank the Jicamarca Radar Observashy

tory Staff for their technical assistance

REFERENCES

BALSLEY B B Evidence of a stratified echoing -region at

150 kilometers in the vicinity of the magnetic equator du

ring daylight hours J Geophys Res 69 1925-1930 r

1964

BALSLEY B B Evidencefor plasma turbulence in the equa shy

torial electrojet US ESSA Nov 1967 IERTM-ITSA 89

FARLEY D T Incoherent scatter power measurements a comshy

parigon of various techniques Radib Sot 4 139-142 1969a

FARLEY D T Incoherent scatter correlation function mea shy

surements Radio Sci 4 935-953 1969b

WOODMAN R F and T HAGFORS Methods for the measurement

of vertical ionospheric motions near the magnetic equator

by incoherent scattering J Geophys Res 74 1205-1212

1969

TABLE I

ELECTRON CONCENTRATIO Yi MPTURE

AND VERTICAL DRIFTS MEASUREMENTS

PARAMETERS DATE INTERVAL (LT)

Ne May 19-20 1975 1140-1950

Ne- May 20-21 1975 1350-2340

6May 21722 1975 1450-2140 Ne May 22-23 1975 -1510-1605 1930-2350

Ne May 23-24 1975 1010-1030 1610 1850-2350

Ne May 24 1975 0850-1510

Ne May 27 1975 1250-1535

Ne May 28 1975 0950-1920

Ne May 29 1975 1430-1455 2110-2250

Te May 19 1975 1140-1950

Te May 20 1975 1350-1410 1550-2100

Te May 21 1975 1600-2010

Te May 24 1975 1000-1510

Te May 27 1975 1230-1420

Te -May 28 1975 0950-1740

Vz may 19-20 1975 1600-2220

Vz May 20-21 1976 1420-2355

V May 21-22 1975 1530-1540 1740-2350 Vz May 22-23 1975 2010-0000

Vz May 23-24 1975 14 30-0amp30-i 0350 0610-0800

Vz May 24-25 1975 0800-1555

V JuneO2-03 1975 - 220-1530

Vz June05-06 1975 0930-1600

Vz June06-07 1975 0910-1320

zune07-08_t 1975 0910-1310

-9-

TABLE I I

RELATIVE ECHO POWER DENSITY MEASUREMENTS

DATE

JUNE 02 1975

JUNE 02 1975

JUNE 02 t 1975

JUNE 03 1975

JUNE 03 1975

JUNE 03 1975

JUNE 03 1975

JUNE 03 1975

JUNE 03 1975

JUNE 03 1975

JUNE 03 1975

JUNE 03 1975

JUNE 03 1975

JUNE 03 1975

JUNE 05 1975

JUNE 05 1975

JUNE 05 1975

JUNE 05 1975

JUNE05 1975

JUNE 05 1975

JUNE 05 1975

JUNE 05 1975

JUNE 06 1975

JUNE 06 t 1975

JUNE 06 1975

INTERVAL (LT)

1030-1122

1310-1432

1450-1547

0827-0850

0900-0910

0912-0945

0950-1020

1022-1050

1052-1120

1122-1150

1222-1250

1252-1322

1325-1352

1355-1427

0847-0920

0922-0932

0952-1127

1142-1157

1210-1220

1240-1307

1310-1347

1402-1407

0852-0945

0947-1112

11plusmn15-1147

I

-2-

INTRODUCTION

This document reports work carried out at the Jicamarca

Radar Observatory of the Instituto Geofisico del Pera (1195

S 76870 W 20 Dip) during the Cooperative Sounding Rocket

Program at Punta Lobos Chilca Per6

As described in the proposal of June 1974 submitted to

the National Aeronautics and Space Administration the gener

ral objectives of the coordinated measurements are as fol -shy

lows

I Ionosphericstudies under quiet and disturbed conditions

The specifi c objectives are

a) Comparison of electron temperature measurements by

rocket-borne probes and the incoherent scatter techshy

nique used at the Jicamarca Radar Observatory

b) Observation of the fine structure in the electron den

sity profile to examine the roleof vertical trans shy

port in layering metallic ions

c) Examination of the role of energetic electrons as a

nighttime source of ionization

2 Measurement of precipitated particle flux The major ob

jectives are

a) Investigation of the possible influence-of soft ener

getic electron interaction with the thermosphere on

the mesosphere via a bremsstrahlung radiation energy

transfer process

b) Study of the diurnal behavior of ozone in the equa shy

toral region

c) Determination of the distribution and energy spec -shy

trum of the soft energetic particle belt at the

magnetic-Equator4

-3shy

d) Validationof current theories about particle distri

butions at thermospheric altitudes

3t Determination of Equatorial Electric and Magnetic Fields

The specific objectives are

a) Three-axis-vector determination of electric fields

b) Total magnetic field measurements

c) Electron density determination

To this effect we have performed radar measurements of

electron concentration and temperature vertical drfft

electrojet echo power spectra dopplershift and condition

and the 150 km echoing region as described under their own

headlines and listed in Tables I II IV and V

ELECTRON CONCENTRATION AND TEMPERATURE

We have obtained nine contour plots-o l-ec-tron concenshy

tration Net and six contour plots of electron temperature

T as functions of height at the dates and timslisted in

-Table I

The measuring technique employed has been in use in

Jicamarca for a long time now and is thorougly described by

Farley Z1969a b7

The results are presented in 15 figures shown in Appenshy

dix A All electron concentration and temperature measure shy

ments were taken at the request of Dr S Schutz Assistant

Project Scientist of the Universfty of Illinois and Dr R

Goldberg NASA Project Scientist in attention to their rock

et shots

-4-

VERTICAL DRIFT

We have performed ten continued measurements of vertical

plasma drifts as functions of height at the dates and times

listed in Table I

The measuring-technique was developed at the Jicamarca

Radar Observatory and is fully described by Woodman and Hagshy

fors Z19697

The vertical drift is taken as the average value of

drifts between 300 and 400 km except during the presence of

coherent echoes from F-region irregularities that completely

mask the incoherently scattered signal and the averampge is

then taken from 400 to 500 km The dotted segments in the

figures indicate the presence of such echoes (equatorial

spread-F) The 3-hour K index for Huancayo is indicated in p

every graph

The results are presented in 17 figures shown in Appenshy

dix B After the first set of six graphs a composite pictushy

re is presented There is also another composite graph for

the second setof four figures In additiolthive drift pro

files are presented in order to give an idea of the actual

-height variation in our measurements It is interesting to

observe that the last two profiles were obtained so as to

encompass the last two rocket flights of the Cooperative --

Rocket Program The first set of measurements was taken at

the request of Dr R Goldberg NASA Project Scientist

while the second one was requested by Dr N C Maynard

NASA Project Scientist and Dr J F Bedinger GCA Pro shy

ject Scientist in attention to their rocket launchings in

coordination with AEC satellite passes and Lear jet measureshy

mehts

ELECTROJET RELATIVE ECHO POWER DENSITY

We have obtained 35 composite plots of electrojet relashy

tive echo power density as functions of frequency deviation

at the dates and times listed in Table II

The measuring technique employed has been amply descrishy

bed by Balsley Z1967

The results are presented in 35 figures shown in Appenshy

dix C All these measurements were taken at the request of

Dr N C Maynard NASA Project Scientist and Dr J F Beshy

dinger GCA Project Scientistin attention to their rockshy

et launchings in coordination with AEC satellite passes and

Lear jet measurements

It should be noted that the vertical scale for every

graph is not the same due to normalization with respect to

a wrong maximum at zero frequency caused by a faulty dc bias

in the analog-to-digital converter Excepting one allways

shown in dotted lines the dc spikes have been omitted in

those graphs as can be seen in Fig 36 for example-

The actual identification of each composite is given in

Table III

ELECTROJET DOPPLER SHIFT AND CONDITION

We have obtained five electrojet doppler shifts and

condition plots as functions of time for the periods listed

in Table IV

The measuring technique is the same as the one for the electrojet relative echo power density as given by Balsley

Z19647 but the presentation is new

The results are presented in five figures shown in Apshy

pendix D By doppler shift we simply mean the frequency deshy

viation that corresponds to the maximum of the power density

-6shy

plot and by condition we signify the relative power of type

I and type II irregularities Dr R Woodman suggested the

radio aiaiias a quantitative measure of electrojet-condishy

tion Here aI is the relative echo power for type Iirregushy

larities while ai corresponds to typelIl irregularities as

measured at a frequency half that of a Furthermote the

ltfollowing convention is adopted

Range Condition Symbol

0 lt a alt 1 Type IlI

1 aI ail lt 2 Marginal A 2 lt a a 3 Developed

3 aI aii Saturated

The heavy line corresponds to the curve aIaii while the

symbols represent both the electrojet doppler shift and its

condition These measurements were taken at the request of

Dr N C Maynard NASA Project Scientist andDr J F Beshy

dinger GCA Project Scientist

150 KM ECHOING REGION

We have obtained 10 photographs to detect the presence

of the 150 km echoing region as described by Balsley Z1964

at the times listed in Table V

These experiments were caribdout-at-therequest of

Dr N C Maynardr NASA Project Scientist and are presented

in Appendix E

-7-

ACKNOWLEDGEMENT

The author wishes to thank the Jicamarca Radar Observashy

tory Staff for their technical assistance

REFERENCES

BALSLEY B B Evidence of a stratified echoing -region at

150 kilometers in the vicinity of the magnetic equator du

ring daylight hours J Geophys Res 69 1925-1930 r

1964

BALSLEY B B Evidencefor plasma turbulence in the equa shy

torial electrojet US ESSA Nov 1967 IERTM-ITSA 89

FARLEY D T Incoherent scatter power measurements a comshy

parigon of various techniques Radib Sot 4 139-142 1969a

FARLEY D T Incoherent scatter correlation function mea shy

surements Radio Sci 4 935-953 1969b

WOODMAN R F and T HAGFORS Methods for the measurement

of vertical ionospheric motions near the magnetic equator

by incoherent scattering J Geophys Res 74 1205-1212

1969

TABLE I

ELECTRON CONCENTRATIO Yi MPTURE

AND VERTICAL DRIFTS MEASUREMENTS

PARAMETERS DATE INTERVAL (LT)

Ne May 19-20 1975 1140-1950

Ne- May 20-21 1975 1350-2340

6May 21722 1975 1450-2140 Ne May 22-23 1975 -1510-1605 1930-2350

Ne May 23-24 1975 1010-1030 1610 1850-2350

Ne May 24 1975 0850-1510

Ne May 27 1975 1250-1535

Ne May 28 1975 0950-1920

Ne May 29 1975 1430-1455 2110-2250

Te May 19 1975 1140-1950

Te May 20 1975 1350-1410 1550-2100

Te May 21 1975 1600-2010

Te May 24 1975 1000-1510

Te May 27 1975 1230-1420

Te -May 28 1975 0950-1740

Vz may 19-20 1975 1600-2220

Vz May 20-21 1976 1420-2355

V May 21-22 1975 1530-1540 1740-2350 Vz May 22-23 1975 2010-0000

Vz May 23-24 1975 14 30-0amp30-i 0350 0610-0800

Vz May 24-25 1975 0800-1555

V JuneO2-03 1975 - 220-1530

Vz June05-06 1975 0930-1600

Vz June06-07 1975 0910-1320

zune07-08_t 1975 0910-1310

-9-

TABLE I I

RELATIVE ECHO POWER DENSITY MEASUREMENTS

DATE

JUNE 02 1975

JUNE 02 1975

JUNE 02 t 1975

JUNE 03 1975

JUNE 03 1975

JUNE 03 1975

JUNE 03 1975

JUNE 03 1975

JUNE 03 1975

JUNE 03 1975

JUNE 03 1975

JUNE 03 1975

JUNE 03 1975

JUNE 03 1975

JUNE 05 1975

JUNE 05 1975

JUNE 05 1975

JUNE 05 1975

JUNE05 1975

JUNE 05 1975

JUNE 05 1975

JUNE 05 1975

JUNE 06 1975

JUNE 06 t 1975

JUNE 06 1975

INTERVAL (LT)

1030-1122

1310-1432

1450-1547

0827-0850

0900-0910

0912-0945

0950-1020

1022-1050

1052-1120

1122-1150

1222-1250

1252-1322

1325-1352

1355-1427

0847-0920

0922-0932

0952-1127

1142-1157

1210-1220

1240-1307

1310-1347

1402-1407

0852-0945

0947-1112

11plusmn15-1147

I

-3shy

d) Validationof current theories about particle distri

butions at thermospheric altitudes

3t Determination of Equatorial Electric and Magnetic Fields

The specific objectives are

a) Three-axis-vector determination of electric fields

b) Total magnetic field measurements

c) Electron density determination

To this effect we have performed radar measurements of

electron concentration and temperature vertical drfft

electrojet echo power spectra dopplershift and condition

and the 150 km echoing region as described under their own

headlines and listed in Tables I II IV and V

ELECTRON CONCENTRATION AND TEMPERATURE

We have obtained nine contour plots-o l-ec-tron concenshy

tration Net and six contour plots of electron temperature

T as functions of height at the dates and timslisted in

-Table I

The measuring technique employed has been in use in

Jicamarca for a long time now and is thorougly described by

Farley Z1969a b7

The results are presented in 15 figures shown in Appenshy

dix A All electron concentration and temperature measure shy

ments were taken at the request of Dr S Schutz Assistant

Project Scientist of the Universfty of Illinois and Dr R

Goldberg NASA Project Scientist in attention to their rock

et shots

-4-

VERTICAL DRIFT

We have performed ten continued measurements of vertical

plasma drifts as functions of height at the dates and times

listed in Table I

The measuring-technique was developed at the Jicamarca

Radar Observatory and is fully described by Woodman and Hagshy

fors Z19697

The vertical drift is taken as the average value of

drifts between 300 and 400 km except during the presence of

coherent echoes from F-region irregularities that completely

mask the incoherently scattered signal and the averampge is

then taken from 400 to 500 km The dotted segments in the

figures indicate the presence of such echoes (equatorial

spread-F) The 3-hour K index for Huancayo is indicated in p

every graph

The results are presented in 17 figures shown in Appenshy

dix B After the first set of six graphs a composite pictushy

re is presented There is also another composite graph for

the second setof four figures In additiolthive drift pro

files are presented in order to give an idea of the actual

-height variation in our measurements It is interesting to

observe that the last two profiles were obtained so as to

encompass the last two rocket flights of the Cooperative --

Rocket Program The first set of measurements was taken at

the request of Dr R Goldberg NASA Project Scientist

while the second one was requested by Dr N C Maynard

NASA Project Scientist and Dr J F Bedinger GCA Pro shy

ject Scientist in attention to their rocket launchings in

coordination with AEC satellite passes and Lear jet measureshy

mehts

ELECTROJET RELATIVE ECHO POWER DENSITY

We have obtained 35 composite plots of electrojet relashy

tive echo power density as functions of frequency deviation

at the dates and times listed in Table II

The measuring technique employed has been amply descrishy

bed by Balsley Z1967

The results are presented in 35 figures shown in Appenshy

dix C All these measurements were taken at the request of

Dr N C Maynard NASA Project Scientist and Dr J F Beshy

dinger GCA Project Scientistin attention to their rockshy

et launchings in coordination with AEC satellite passes and

Lear jet measurements

It should be noted that the vertical scale for every

graph is not the same due to normalization with respect to

a wrong maximum at zero frequency caused by a faulty dc bias

in the analog-to-digital converter Excepting one allways

shown in dotted lines the dc spikes have been omitted in

those graphs as can be seen in Fig 36 for example-

The actual identification of each composite is given in

Table III

ELECTROJET DOPPLER SHIFT AND CONDITION

We have obtained five electrojet doppler shifts and

condition plots as functions of time for the periods listed

in Table IV

The measuring technique is the same as the one for the electrojet relative echo power density as given by Balsley

Z19647 but the presentation is new

The results are presented in five figures shown in Apshy

pendix D By doppler shift we simply mean the frequency deshy

viation that corresponds to the maximum of the power density

-6shy

plot and by condition we signify the relative power of type

I and type II irregularities Dr R Woodman suggested the

radio aiaiias a quantitative measure of electrojet-condishy

tion Here aI is the relative echo power for type Iirregushy

larities while ai corresponds to typelIl irregularities as

measured at a frequency half that of a Furthermote the

ltfollowing convention is adopted

Range Condition Symbol

0 lt a alt 1 Type IlI

1 aI ail lt 2 Marginal A 2 lt a a 3 Developed

3 aI aii Saturated

The heavy line corresponds to the curve aIaii while the

symbols represent both the electrojet doppler shift and its

condition These measurements were taken at the request of

Dr N C Maynard NASA Project Scientist andDr J F Beshy

dinger GCA Project Scientist

150 KM ECHOING REGION

We have obtained 10 photographs to detect the presence

of the 150 km echoing region as described by Balsley Z1964

at the times listed in Table V

These experiments were caribdout-at-therequest of

Dr N C Maynardr NASA Project Scientist and are presented

in Appendix E

-7-

ACKNOWLEDGEMENT

The author wishes to thank the Jicamarca Radar Observashy

tory Staff for their technical assistance

REFERENCES

BALSLEY B B Evidence of a stratified echoing -region at

150 kilometers in the vicinity of the magnetic equator du

ring daylight hours J Geophys Res 69 1925-1930 r

1964

BALSLEY B B Evidencefor plasma turbulence in the equa shy

torial electrojet US ESSA Nov 1967 IERTM-ITSA 89

FARLEY D T Incoherent scatter power measurements a comshy

parigon of various techniques Radib Sot 4 139-142 1969a

FARLEY D T Incoherent scatter correlation function mea shy

surements Radio Sci 4 935-953 1969b

WOODMAN R F and T HAGFORS Methods for the measurement

of vertical ionospheric motions near the magnetic equator

by incoherent scattering J Geophys Res 74 1205-1212

1969

TABLE I

ELECTRON CONCENTRATIO Yi MPTURE

AND VERTICAL DRIFTS MEASUREMENTS

PARAMETERS DATE INTERVAL (LT)

Ne May 19-20 1975 1140-1950

Ne- May 20-21 1975 1350-2340

6May 21722 1975 1450-2140 Ne May 22-23 1975 -1510-1605 1930-2350

Ne May 23-24 1975 1010-1030 1610 1850-2350

Ne May 24 1975 0850-1510

Ne May 27 1975 1250-1535

Ne May 28 1975 0950-1920

Ne May 29 1975 1430-1455 2110-2250

Te May 19 1975 1140-1950

Te May 20 1975 1350-1410 1550-2100

Te May 21 1975 1600-2010

Te May 24 1975 1000-1510

Te May 27 1975 1230-1420

Te -May 28 1975 0950-1740

Vz may 19-20 1975 1600-2220

Vz May 20-21 1976 1420-2355

V May 21-22 1975 1530-1540 1740-2350 Vz May 22-23 1975 2010-0000

Vz May 23-24 1975 14 30-0amp30-i 0350 0610-0800

Vz May 24-25 1975 0800-1555

V JuneO2-03 1975 - 220-1530

Vz June05-06 1975 0930-1600

Vz June06-07 1975 0910-1320

zune07-08_t 1975 0910-1310

-9-

TABLE I I

RELATIVE ECHO POWER DENSITY MEASUREMENTS

DATE

JUNE 02 1975

JUNE 02 1975

JUNE 02 t 1975

JUNE 03 1975

JUNE 03 1975

JUNE 03 1975

JUNE 03 1975

JUNE 03 1975

JUNE 03 1975

JUNE 03 1975

JUNE 03 1975

JUNE 03 1975

JUNE 03 1975

JUNE 03 1975

JUNE 05 1975

JUNE 05 1975

JUNE 05 1975

JUNE 05 1975

JUNE05 1975

JUNE 05 1975

JUNE 05 1975

JUNE 05 1975

JUNE 06 1975

JUNE 06 t 1975

JUNE 06 1975

INTERVAL (LT)

1030-1122

1310-1432

1450-1547

0827-0850

0900-0910

0912-0945

0950-1020

1022-1050

1052-1120

1122-1150

1222-1250

1252-1322

1325-1352

1355-1427

0847-0920

0922-0932

0952-1127

1142-1157

1210-1220

1240-1307

1310-1347

1402-1407

0852-0945

0947-1112

11plusmn15-1147

I

-4-

VERTICAL DRIFT

We have performed ten continued measurements of vertical

plasma drifts as functions of height at the dates and times

listed in Table I

The measuring-technique was developed at the Jicamarca

Radar Observatory and is fully described by Woodman and Hagshy

fors Z19697

The vertical drift is taken as the average value of

drifts between 300 and 400 km except during the presence of

coherent echoes from F-region irregularities that completely

mask the incoherently scattered signal and the averampge is

then taken from 400 to 500 km The dotted segments in the

figures indicate the presence of such echoes (equatorial

spread-F) The 3-hour K index for Huancayo is indicated in p

every graph

The results are presented in 17 figures shown in Appenshy

dix B After the first set of six graphs a composite pictushy

re is presented There is also another composite graph for

the second setof four figures In additiolthive drift pro

files are presented in order to give an idea of the actual

-height variation in our measurements It is interesting to

observe that the last two profiles were obtained so as to

encompass the last two rocket flights of the Cooperative --

Rocket Program The first set of measurements was taken at

the request of Dr R Goldberg NASA Project Scientist

while the second one was requested by Dr N C Maynard

NASA Project Scientist and Dr J F Bedinger GCA Pro shy

ject Scientist in attention to their rocket launchings in

coordination with AEC satellite passes and Lear jet measureshy

mehts

ELECTROJET RELATIVE ECHO POWER DENSITY

We have obtained 35 composite plots of electrojet relashy

tive echo power density as functions of frequency deviation

at the dates and times listed in Table II

The measuring technique employed has been amply descrishy

bed by Balsley Z1967

The results are presented in 35 figures shown in Appenshy

dix C All these measurements were taken at the request of

Dr N C Maynard NASA Project Scientist and Dr J F Beshy

dinger GCA Project Scientistin attention to their rockshy

et launchings in coordination with AEC satellite passes and

Lear jet measurements

It should be noted that the vertical scale for every

graph is not the same due to normalization with respect to

a wrong maximum at zero frequency caused by a faulty dc bias

in the analog-to-digital converter Excepting one allways

shown in dotted lines the dc spikes have been omitted in

those graphs as can be seen in Fig 36 for example-

The actual identification of each composite is given in

Table III

ELECTROJET DOPPLER SHIFT AND CONDITION

We have obtained five electrojet doppler shifts and

condition plots as functions of time for the periods listed

in Table IV

The measuring technique is the same as the one for the electrojet relative echo power density as given by Balsley

Z19647 but the presentation is new

The results are presented in five figures shown in Apshy

pendix D By doppler shift we simply mean the frequency deshy

viation that corresponds to the maximum of the power density

-6shy

plot and by condition we signify the relative power of type

I and type II irregularities Dr R Woodman suggested the

radio aiaiias a quantitative measure of electrojet-condishy

tion Here aI is the relative echo power for type Iirregushy

larities while ai corresponds to typelIl irregularities as

measured at a frequency half that of a Furthermote the

ltfollowing convention is adopted

Range Condition Symbol

0 lt a alt 1 Type IlI

1 aI ail lt 2 Marginal A 2 lt a a 3 Developed

3 aI aii Saturated

The heavy line corresponds to the curve aIaii while the

symbols represent both the electrojet doppler shift and its

condition These measurements were taken at the request of

Dr N C Maynard NASA Project Scientist andDr J F Beshy

dinger GCA Project Scientist

150 KM ECHOING REGION

We have obtained 10 photographs to detect the presence

of the 150 km echoing region as described by Balsley Z1964

at the times listed in Table V

These experiments were caribdout-at-therequest of

Dr N C Maynardr NASA Project Scientist and are presented

in Appendix E

-7-

ACKNOWLEDGEMENT

The author wishes to thank the Jicamarca Radar Observashy

tory Staff for their technical assistance

REFERENCES

BALSLEY B B Evidence of a stratified echoing -region at

150 kilometers in the vicinity of the magnetic equator du

ring daylight hours J Geophys Res 69 1925-1930 r

1964

BALSLEY B B Evidencefor plasma turbulence in the equa shy

torial electrojet US ESSA Nov 1967 IERTM-ITSA 89

FARLEY D T Incoherent scatter power measurements a comshy

parigon of various techniques Radib Sot 4 139-142 1969a

FARLEY D T Incoherent scatter correlation function mea shy

surements Radio Sci 4 935-953 1969b

WOODMAN R F and T HAGFORS Methods for the measurement

of vertical ionospheric motions near the magnetic equator

by incoherent scattering J Geophys Res 74 1205-1212

1969

TABLE I

ELECTRON CONCENTRATIO Yi MPTURE

AND VERTICAL DRIFTS MEASUREMENTS

PARAMETERS DATE INTERVAL (LT)

Ne May 19-20 1975 1140-1950

Ne- May 20-21 1975 1350-2340

6May 21722 1975 1450-2140 Ne May 22-23 1975 -1510-1605 1930-2350

Ne May 23-24 1975 1010-1030 1610 1850-2350

Ne May 24 1975 0850-1510

Ne May 27 1975 1250-1535

Ne May 28 1975 0950-1920

Ne May 29 1975 1430-1455 2110-2250

Te May 19 1975 1140-1950

Te May 20 1975 1350-1410 1550-2100

Te May 21 1975 1600-2010

Te May 24 1975 1000-1510

Te May 27 1975 1230-1420

Te -May 28 1975 0950-1740

Vz may 19-20 1975 1600-2220

Vz May 20-21 1976 1420-2355

V May 21-22 1975 1530-1540 1740-2350 Vz May 22-23 1975 2010-0000

Vz May 23-24 1975 14 30-0amp30-i 0350 0610-0800

Vz May 24-25 1975 0800-1555

V JuneO2-03 1975 - 220-1530

Vz June05-06 1975 0930-1600

Vz June06-07 1975 0910-1320

zune07-08_t 1975 0910-1310

-9-

TABLE I I

RELATIVE ECHO POWER DENSITY MEASUREMENTS

DATE

JUNE 02 1975

JUNE 02 1975

JUNE 02 t 1975

JUNE 03 1975

JUNE 03 1975

JUNE 03 1975

JUNE 03 1975

JUNE 03 1975

JUNE 03 1975

JUNE 03 1975

JUNE 03 1975

JUNE 03 1975

JUNE 03 1975

JUNE 03 1975

JUNE 05 1975

JUNE 05 1975

JUNE 05 1975

JUNE 05 1975

JUNE05 1975

JUNE 05 1975

JUNE 05 1975

JUNE 05 1975

JUNE 06 1975

JUNE 06 t 1975

JUNE 06 1975

INTERVAL (LT)

1030-1122

1310-1432

1450-1547

0827-0850

0900-0910

0912-0945

0950-1020

1022-1050

1052-1120

1122-1150

1222-1250

1252-1322

1325-1352

1355-1427

0847-0920

0922-0932

0952-1127

1142-1157

1210-1220

1240-1307

1310-1347

1402-1407

0852-0945

0947-1112

11plusmn15-1147

I

ELECTROJET RELATIVE ECHO POWER DENSITY

We have obtained 35 composite plots of electrojet relashy

tive echo power density as functions of frequency deviation

at the dates and times listed in Table II

The measuring technique employed has been amply descrishy

bed by Balsley Z1967

The results are presented in 35 figures shown in Appenshy

dix C All these measurements were taken at the request of

Dr N C Maynard NASA Project Scientist and Dr J F Beshy

dinger GCA Project Scientistin attention to their rockshy

et launchings in coordination with AEC satellite passes and

Lear jet measurements

It should be noted that the vertical scale for every

graph is not the same due to normalization with respect to

a wrong maximum at zero frequency caused by a faulty dc bias

in the analog-to-digital converter Excepting one allways

shown in dotted lines the dc spikes have been omitted in

those graphs as can be seen in Fig 36 for example-

The actual identification of each composite is given in

Table III

ELECTROJET DOPPLER SHIFT AND CONDITION

We have obtained five electrojet doppler shifts and

condition plots as functions of time for the periods listed

in Table IV

The measuring technique is the same as the one for the electrojet relative echo power density as given by Balsley

Z19647 but the presentation is new

The results are presented in five figures shown in Apshy

pendix D By doppler shift we simply mean the frequency deshy

viation that corresponds to the maximum of the power density

-6shy

plot and by condition we signify the relative power of type

I and type II irregularities Dr R Woodman suggested the

radio aiaiias a quantitative measure of electrojet-condishy

tion Here aI is the relative echo power for type Iirregushy

larities while ai corresponds to typelIl irregularities as

measured at a frequency half that of a Furthermote the

ltfollowing convention is adopted

Range Condition Symbol

0 lt a alt 1 Type IlI

1 aI ail lt 2 Marginal A 2 lt a a 3 Developed

3 aI aii Saturated

The heavy line corresponds to the curve aIaii while the

symbols represent both the electrojet doppler shift and its

condition These measurements were taken at the request of

Dr N C Maynard NASA Project Scientist andDr J F Beshy

dinger GCA Project Scientist

150 KM ECHOING REGION

We have obtained 10 photographs to detect the presence

of the 150 km echoing region as described by Balsley Z1964

at the times listed in Table V

These experiments were caribdout-at-therequest of

Dr N C Maynardr NASA Project Scientist and are presented

in Appendix E

-7-

ACKNOWLEDGEMENT

The author wishes to thank the Jicamarca Radar Observashy

tory Staff for their technical assistance

REFERENCES

BALSLEY B B Evidence of a stratified echoing -region at

150 kilometers in the vicinity of the magnetic equator du

ring daylight hours J Geophys Res 69 1925-1930 r

1964

BALSLEY B B Evidencefor plasma turbulence in the equa shy

torial electrojet US ESSA Nov 1967 IERTM-ITSA 89

FARLEY D T Incoherent scatter power measurements a comshy

parigon of various techniques Radib Sot 4 139-142 1969a

FARLEY D T Incoherent scatter correlation function mea shy

surements Radio Sci 4 935-953 1969b

WOODMAN R F and T HAGFORS Methods for the measurement

of vertical ionospheric motions near the magnetic equator

by incoherent scattering J Geophys Res 74 1205-1212

1969

TABLE I

ELECTRON CONCENTRATIO Yi MPTURE

AND VERTICAL DRIFTS MEASUREMENTS

PARAMETERS DATE INTERVAL (LT)

Ne May 19-20 1975 1140-1950

Ne- May 20-21 1975 1350-2340

6May 21722 1975 1450-2140 Ne May 22-23 1975 -1510-1605 1930-2350

Ne May 23-24 1975 1010-1030 1610 1850-2350

Ne May 24 1975 0850-1510

Ne May 27 1975 1250-1535

Ne May 28 1975 0950-1920

Ne May 29 1975 1430-1455 2110-2250

Te May 19 1975 1140-1950

Te May 20 1975 1350-1410 1550-2100

Te May 21 1975 1600-2010

Te May 24 1975 1000-1510

Te May 27 1975 1230-1420

Te -May 28 1975 0950-1740

Vz may 19-20 1975 1600-2220

Vz May 20-21 1976 1420-2355

V May 21-22 1975 1530-1540 1740-2350 Vz May 22-23 1975 2010-0000

Vz May 23-24 1975 14 30-0amp30-i 0350 0610-0800

Vz May 24-25 1975 0800-1555

V JuneO2-03 1975 - 220-1530

Vz June05-06 1975 0930-1600

Vz June06-07 1975 0910-1320

zune07-08_t 1975 0910-1310

-9-

TABLE I I

RELATIVE ECHO POWER DENSITY MEASUREMENTS

DATE

JUNE 02 1975

JUNE 02 1975

JUNE 02 t 1975

JUNE 03 1975

JUNE 03 1975

JUNE 03 1975

JUNE 03 1975

JUNE 03 1975

JUNE 03 1975

JUNE 03 1975

JUNE 03 1975

JUNE 03 1975

JUNE 03 1975

JUNE 03 1975

JUNE 05 1975

JUNE 05 1975

JUNE 05 1975

JUNE 05 1975

JUNE05 1975

JUNE 05 1975

JUNE 05 1975

JUNE 05 1975

JUNE 06 1975

JUNE 06 t 1975

JUNE 06 1975

INTERVAL (LT)

1030-1122

1310-1432

1450-1547

0827-0850

0900-0910

0912-0945

0950-1020

1022-1050

1052-1120

1122-1150

1222-1250

1252-1322

1325-1352

1355-1427

0847-0920

0922-0932

0952-1127

1142-1157

1210-1220

1240-1307

1310-1347

1402-1407

0852-0945

0947-1112

11plusmn15-1147

I

-6shy

plot and by condition we signify the relative power of type

I and type II irregularities Dr R Woodman suggested the

radio aiaiias a quantitative measure of electrojet-condishy

tion Here aI is the relative echo power for type Iirregushy

larities while ai corresponds to typelIl irregularities as

measured at a frequency half that of a Furthermote the

ltfollowing convention is adopted

Range Condition Symbol

0 lt a alt 1 Type IlI

1 aI ail lt 2 Marginal A 2 lt a a 3 Developed

3 aI aii Saturated

The heavy line corresponds to the curve aIaii while the

symbols represent both the electrojet doppler shift and its

condition These measurements were taken at the request of

Dr N C Maynard NASA Project Scientist andDr J F Beshy

dinger GCA Project Scientist

150 KM ECHOING REGION

We have obtained 10 photographs to detect the presence

of the 150 km echoing region as described by Balsley Z1964

at the times listed in Table V

These experiments were caribdout-at-therequest of

Dr N C Maynardr NASA Project Scientist and are presented

in Appendix E

-7-

ACKNOWLEDGEMENT

The author wishes to thank the Jicamarca Radar Observashy

tory Staff for their technical assistance

REFERENCES

BALSLEY B B Evidence of a stratified echoing -region at

150 kilometers in the vicinity of the magnetic equator du

ring daylight hours J Geophys Res 69 1925-1930 r

1964

BALSLEY B B Evidencefor plasma turbulence in the equa shy

torial electrojet US ESSA Nov 1967 IERTM-ITSA 89

FARLEY D T Incoherent scatter power measurements a comshy

parigon of various techniques Radib Sot 4 139-142 1969a

FARLEY D T Incoherent scatter correlation function mea shy

surements Radio Sci 4 935-953 1969b

WOODMAN R F and T HAGFORS Methods for the measurement

of vertical ionospheric motions near the magnetic equator

by incoherent scattering J Geophys Res 74 1205-1212

1969

TABLE I

ELECTRON CONCENTRATIO Yi MPTURE

AND VERTICAL DRIFTS MEASUREMENTS

PARAMETERS DATE INTERVAL (LT)

Ne May 19-20 1975 1140-1950

Ne- May 20-21 1975 1350-2340

6May 21722 1975 1450-2140 Ne May 22-23 1975 -1510-1605 1930-2350

Ne May 23-24 1975 1010-1030 1610 1850-2350

Ne May 24 1975 0850-1510

Ne May 27 1975 1250-1535

Ne May 28 1975 0950-1920

Ne May 29 1975 1430-1455 2110-2250

Te May 19 1975 1140-1950

Te May 20 1975 1350-1410 1550-2100

Te May 21 1975 1600-2010

Te May 24 1975 1000-1510

Te May 27 1975 1230-1420

Te -May 28 1975 0950-1740

Vz may 19-20 1975 1600-2220

Vz May 20-21 1976 1420-2355

V May 21-22 1975 1530-1540 1740-2350 Vz May 22-23 1975 2010-0000

Vz May 23-24 1975 14 30-0amp30-i 0350 0610-0800

Vz May 24-25 1975 0800-1555

V JuneO2-03 1975 - 220-1530

Vz June05-06 1975 0930-1600

Vz June06-07 1975 0910-1320

zune07-08_t 1975 0910-1310

-9-

TABLE I I

RELATIVE ECHO POWER DENSITY MEASUREMENTS

DATE

JUNE 02 1975

JUNE 02 1975

JUNE 02 t 1975

JUNE 03 1975

JUNE 03 1975

JUNE 03 1975

JUNE 03 1975

JUNE 03 1975

JUNE 03 1975

JUNE 03 1975

JUNE 03 1975

JUNE 03 1975

JUNE 03 1975

JUNE 03 1975

JUNE 05 1975

JUNE 05 1975

JUNE 05 1975

JUNE 05 1975

JUNE05 1975

JUNE 05 1975

JUNE 05 1975

JUNE 05 1975

JUNE 06 1975

JUNE 06 t 1975

JUNE 06 1975

INTERVAL (LT)

1030-1122

1310-1432

1450-1547

0827-0850

0900-0910

0912-0945

0950-1020

1022-1050

1052-1120

1122-1150

1222-1250

1252-1322

1325-1352

1355-1427

0847-0920

0922-0932

0952-1127

1142-1157

1210-1220

1240-1307

1310-1347

1402-1407

0852-0945

0947-1112

11plusmn15-1147

I

-7-

ACKNOWLEDGEMENT

The author wishes to thank the Jicamarca Radar Observashy

tory Staff for their technical assistance

REFERENCES

BALSLEY B B Evidence of a stratified echoing -region at

150 kilometers in the vicinity of the magnetic equator du

ring daylight hours J Geophys Res 69 1925-1930 r

1964

BALSLEY B B Evidencefor plasma turbulence in the equa shy

torial electrojet US ESSA Nov 1967 IERTM-ITSA 89

FARLEY D T Incoherent scatter power measurements a comshy

parigon of various techniques Radib Sot 4 139-142 1969a

FARLEY D T Incoherent scatter correlation function mea shy

surements Radio Sci 4 935-953 1969b

WOODMAN R F and T HAGFORS Methods for the measurement

of vertical ionospheric motions near the magnetic equator

by incoherent scattering J Geophys Res 74 1205-1212

1969

TABLE I

ELECTRON CONCENTRATIO Yi MPTURE

AND VERTICAL DRIFTS MEASUREMENTS

PARAMETERS DATE INTERVAL (LT)

Ne May 19-20 1975 1140-1950

Ne- May 20-21 1975 1350-2340

6May 21722 1975 1450-2140 Ne May 22-23 1975 -1510-1605 1930-2350

Ne May 23-24 1975 1010-1030 1610 1850-2350

Ne May 24 1975 0850-1510

Ne May 27 1975 1250-1535

Ne May 28 1975 0950-1920

Ne May 29 1975 1430-1455 2110-2250

Te May 19 1975 1140-1950

Te May 20 1975 1350-1410 1550-2100

Te May 21 1975 1600-2010

Te May 24 1975 1000-1510

Te May 27 1975 1230-1420

Te -May 28 1975 0950-1740

Vz may 19-20 1975 1600-2220

Vz May 20-21 1976 1420-2355

V May 21-22 1975 1530-1540 1740-2350 Vz May 22-23 1975 2010-0000

Vz May 23-24 1975 14 30-0amp30-i 0350 0610-0800

Vz May 24-25 1975 0800-1555

V JuneO2-03 1975 - 220-1530

Vz June05-06 1975 0930-1600

Vz June06-07 1975 0910-1320

zune07-08_t 1975 0910-1310

-9-

TABLE I I

RELATIVE ECHO POWER DENSITY MEASUREMENTS

DATE

JUNE 02 1975

JUNE 02 1975

JUNE 02 t 1975

JUNE 03 1975

JUNE 03 1975

JUNE 03 1975

JUNE 03 1975

JUNE 03 1975

JUNE 03 1975

JUNE 03 1975

JUNE 03 1975

JUNE 03 1975

JUNE 03 1975

JUNE 03 1975

JUNE 05 1975

JUNE 05 1975

JUNE 05 1975

JUNE 05 1975

JUNE05 1975

JUNE 05 1975

JUNE 05 1975

JUNE 05 1975

JUNE 06 1975

JUNE 06 t 1975

JUNE 06 1975

INTERVAL (LT)

1030-1122

1310-1432

1450-1547

0827-0850

0900-0910

0912-0945

0950-1020

1022-1050

1052-1120

1122-1150

1222-1250

1252-1322

1325-1352

1355-1427

0847-0920

0922-0932

0952-1127

1142-1157

1210-1220

1240-1307

1310-1347

1402-1407

0852-0945

0947-1112

11plusmn15-1147

I

TABLE I

ELECTRON CONCENTRATIO Yi MPTURE

AND VERTICAL DRIFTS MEASUREMENTS

PARAMETERS DATE INTERVAL (LT)

Ne May 19-20 1975 1140-1950

Ne- May 20-21 1975 1350-2340

6May 21722 1975 1450-2140 Ne May 22-23 1975 -1510-1605 1930-2350

Ne May 23-24 1975 1010-1030 1610 1850-2350

Ne May 24 1975 0850-1510

Ne May 27 1975 1250-1535

Ne May 28 1975 0950-1920

Ne May 29 1975 1430-1455 2110-2250

Te May 19 1975 1140-1950

Te May 20 1975 1350-1410 1550-2100

Te May 21 1975 1600-2010

Te May 24 1975 1000-1510

Te May 27 1975 1230-1420

Te -May 28 1975 0950-1740

Vz may 19-20 1975 1600-2220

Vz May 20-21 1976 1420-2355

V May 21-22 1975 1530-1540 1740-2350 Vz May 22-23 1975 2010-0000

Vz May 23-24 1975 14 30-0amp30-i 0350 0610-0800

Vz May 24-25 1975 0800-1555

V JuneO2-03 1975 - 220-1530

Vz June05-06 1975 0930-1600

Vz June06-07 1975 0910-1320

zune07-08_t 1975 0910-1310

-9-

TABLE I I

RELATIVE ECHO POWER DENSITY MEASUREMENTS

DATE

JUNE 02 1975

JUNE 02 1975

JUNE 02 t 1975

JUNE 03 1975

JUNE 03 1975

JUNE 03 1975

JUNE 03 1975

JUNE 03 1975

JUNE 03 1975

JUNE 03 1975

JUNE 03 1975

JUNE 03 1975

JUNE 03 1975

JUNE 03 1975

JUNE 05 1975

JUNE 05 1975

JUNE 05 1975

JUNE 05 1975

JUNE05 1975

JUNE 05 1975

JUNE 05 1975

JUNE 05 1975

JUNE 06 1975

JUNE 06 t 1975

JUNE 06 1975

INTERVAL (LT)

1030-1122

1310-1432

1450-1547

0827-0850

0900-0910

0912-0945

0950-1020

1022-1050

1052-1120

1122-1150

1222-1250

1252-1322

1325-1352

1355-1427

0847-0920

0922-0932

0952-1127

1142-1157

1210-1220

1240-1307

1310-1347

1402-1407

0852-0945

0947-1112

11plusmn15-1147

I

-9-

TABLE I I

RELATIVE ECHO POWER DENSITY MEASUREMENTS

DATE

JUNE 02 1975

JUNE 02 1975

JUNE 02 t 1975

JUNE 03 1975

JUNE 03 1975

JUNE 03 1975

JUNE 03 1975

JUNE 03 1975

JUNE 03 1975

JUNE 03 1975

JUNE 03 1975

JUNE 03 1975

JUNE 03 1975

JUNE 03 1975

JUNE 05 1975

JUNE 05 1975

JUNE 05 1975

JUNE 05 1975

JUNE05 1975

JUNE 05 1975

JUNE 05 1975

JUNE 05 1975

JUNE 06 1975

JUNE 06 t 1975

JUNE 06 1975

INTERVAL (LT)

1030-1122

1310-1432

1450-1547

0827-0850

0900-0910

0912-0945

0950-1020

1022-1050

1052-1120

1122-1150

1222-1250

1252-1322

1325-1352

1355-1427

0847-0920

0922-0932

0952-1127

1142-1157

1210-1220

1240-1307

1310-1347

1402-1407

0852-0945

0947-1112

11plusmn15-1147

I

-10shy

bull 11

JUNE 06 1975 1252-1357

JUNE 06 1975 0845-0947

JUNE 07 1975 1002-1055

JUNE 07 1975 10571150

JUNE 07 1975 1212-1302

JUNE 07t 1975 1305-1327

TABLE III

RELATIVE ECHO POWER DENSITY

600 EAST- WEST SPECTRUM

JUNE 02 1975

COMPOSITE N0 l -COMPOSITE N0 2 COMPOSITE N0 3

1030 1310 1450

1032 1402 1452

1031 i412 i4i57

1042 1417 1500

1047 1420 1522

1020 1422 1525

1057 1425 1527

1102 1430 1540

1117 1432 1542

1122 1545

1547

JUNE 03 1975

COMPOSITE N0 l COMPOSITE N0 2 COMPOSITE N0 3

0827 0900 0912

0830 0905 0915

0832 0907 0917

0837 0910 0920

0840 0922

0842 0925

0845 0930shy

0847 0937

0850 0940

0942

0945

-12shy

o JUNE 03 1975

COMPOSITE N04 COMPOSITE N0 5 COMPOSITE N0 6 0950 1022 1052

0952 1025 1055 0955 1027 1057

-- 10- 0- 1100 1002 1032

1005 1035 1105

1007 1037 1107 1010 1040 1110

1012 1042 1112

1015 1045 1115

1017 1047 1117 1020 1050 1120

COMPOSITE N0 7 COMPOSITE N0 8 COMPOSITE N0 9

1122 1152 1222

1125 1155 1225

1127 1157 1227 1130 1200 1230

1132 1202 1232 1135 1205 1235

1137 1207 1237

1140 1210 1240 1142 1212 1242

1145 1215 1245 1147 1217 1247 1150-- 12-20z il50

b

-13shy

1 JUNE 03 1975

COMPOSITE N0 10 COMPOSITE Noll COMPOSITE N0 12

1252 1325 1355

1255 1327 1357

1257 1330 1400

1300 1332 1402

1302 1335 1405

1307 1337 1407

1310 1340 1410

1312 1342 1412

1315 1345 1415

1317 1347 1417

1320 1350 1420

1322 1352 1422

1425

1427

JUNE 05 1975

COMPOSITE N0 10 COMPOSITE N0 2 COMPOSITE N0 3

0847 0922 0952 0850 0925 0955

0852 0927 1010

0855 0930 1012

0900 0932 1025

0902 1027

0907 1102

0910 1105

0912 1107

0917 1122

0920 1125

1127

4

-14shy

l -JUNE 05 1975

COMPOSITE N4 COMPOSITE Ndeg5 COMPOSITE N0 6

1142 1210 1240 1145 1212 1242

1147 1215 1245

1150 -1217 1247

1152 1220 1302 shy

1155 1305

1157 1307

COMPOSITE N0 7 COMPOSITE N0 8

13312 1405

1335 1407

1337

1340

1342

1345

1347

JUNE 06 1975

COMPOSITE N0 l COMPOSITE N02 COMPOSITE N0 3

0852 0947 1115

0855 1007 1117

0857 1010 1122

0900 1045 1125

0902 1050 1127

0905 1052 1130

0907 1057 1132 0922 1100 1135

0925 1105 1137

0927 1107 1140

0942 1110 1142

0945 1112 1147

-15shy

JUNE 06 1975

COMPOSITE N0 4 COMPOSITE N0 5

1152 1252

1155 1257

1157 1302

1200 1340

1202 1342

1205 1345

1207 1347

1222 1352

1225 1355

1227 1357

1247

JUNE 07 1975

COMPOSITE N0 l COMPOSITE N02 COMPOSITE N0 3

0845 1002 1057

0847 1005 1120

0902 1007

0905 1010 COMPOSITE N0 4

0907 1015

0920 1017 1122

0922 1030 1125

0925 -1032

0927 1035 COMPOSITE N0 5

0942 1037 1127

0945 1050 1150

0947 1052

1055

II

COMPOSITE N0 6

1212

1215

1217

1220

1222

1235

1237

1240

1242

1245

1247

1302

-16-

JUNE 07 1975

COMPOSITE N0 7

1305

1307

1310

1320

1322

1325

1327

TABLE IV

ELECTROJET DOPPLER SHIFT AND CONDITION

DATE

JUNE 02 1975

INTERVAL (LT)

1037-1117 1207 1310 1402-1432

1450-1500 1522-1527 1540-1547

JUNE 03 1975 0827-1427

JUNE 05 1975 0847-0932 0952-1027 1102-1107

1122-1127 1142-1220 1240-1312

1335-1347 1402-1407

JUN1 06t 1975 0852-0907 0922-0927 0942-0947

1000 1007 1045-1207-1022-I0amp2

_1047 13-02 1340-1357

JUNE 07 1975 1045-1047 0902-0907 0920-0927

0942-0947 1002-1017 1030-1057

1120-1127 1150 1212-1327

mABLE V

150 KM ECHOING REGION

JUNE 07 1975

LOCAL TIME

1000

1104

1112

1113

1136

1156

1200

1203

1106

1227

APPENDIX A

ELECTRON CONCENTRATION AND TEMPERATURE

-20-

FIGURE CAPTIONS

Fig 1 to 9 Electron Density contour as function of height

At2cal-times indicated in the figure

Fig 10 to 15 Same as above but the electron tempetature con

tour is shownshy

1000 I I I I aIa a

800

JICAMARCA PERU ELECTRON DENSITY

MAY 19-20 1975

Log10 Ne S~=p F

600 50

E

400

I-

55

h maxshyhma

15 -

5

Y

=200 5

5

Sp F

oI

08

Fig

I

i0

1

I I

12

I I

14

I

16

I I

A8

LOCAL

I I 1

20

TIME

I I

22 00

(750 W)

I

02

I

04

I

06 08

i000 I Ii

JICAMARCA PERU Log10 Ne ELECTRON DENSITY

Sp FMAY 20-21 1975800

I shy

600

55

400

hmax

5

50 Sp vFa

0 I I I I I I II 08 10 12 14 16 18 20 22 00 02 04 06 08

LOCAL TIME (75degW)

Fig 2

o o I I I I I I I I I I I I I I

800

JICAMARCA PERU ELECTRON DENSITY

MAY 21-2 1975

Log o Ne

Sp OF

k 1

600 5

E 400

55

hma

45

I

55

50200

SpF =

008

S rI

10

I

12

I

14

I I

16

I I I

18 LOCAL

I I

20

TIME

I

22 do (75 0 W)

I I

02

I

04 06

j

08

Fig 3

4000 i I I

- 800

JICAMARCA PERU ELECTRON DENSITY

MAY 22-23 1975

Log10 Ne

SpF

600

S

400

Lu ZO

Xh

5 55

max---

55-

55

6 h maxrnax

55

55

hmax

-

SpF

0 08 10

I Q

I Ii 14 16

I I I 1M

LOCAL

I I 20

TIME

I 22 00

(75deg W)

02 04

06

08

Fig 4

000

Log10 Ne

ELECTRON DENSITY Sp F

800 MAY 23-24 1975

600 5 0 5 0

- 50

E 55 400

(D

w

roo hmax

s 55

5

hmaxamp 555

50

_ _55_

5

_

hmax5o

m~ox

SpFa ]

08 10 12 14 16 18 20 22 00 02 04 06 08

LOCAL TIME (750 W)

Fig 5

10001100 I I I I I I I I I TI - -I -

800 -

JICAMARCA PERU ELECTRON DENSITY

24 MAY 19r5

Lo Ne S Sp NF

600

50 5

-r

D -400

5 55

Sh max

200 55

-55

0 I I I I I I I I I I I I

08 iO 12 14 LOCAL

16 TIME

18 (750 W)

20 22 24

Fig 6

1000 II bull

Log1o NeJICAMARCA PERUELECTRON1 DENSITY

S27 MAY 1 1975

800

50S00

40 shy 200

o I I I 1 I I I I I I I I I

08 10 42 14

LOCAL 16

TIME 18 (750 W)

20 22 24

Fig 7

1o 0 0 o I i 1 I i 1I i jlI

800

JICAMARCA PERU ELECTRON DENSITY

2 8 MAY 197 5 bull

Log 1 o Ne

Sp

E600 -

050

400 55 -1-

-h rnaxe

50

55 h-max

00

200 - 55 50

o 0

08

Fig 8

I

10

I

42

I I

14

LOCAL

I I I

16

TIME

t 1

18

((75degW) 20

I

22

24

1000 I I I I I I I I I I I I I

800

JICAMARCA PERU ELECTRON DENSITY

29 MAY 1975

LgloNe

SpUF

--

600 50

I-- -shy

o 400 -

55

h maxh

50

200 -

~

oI 0

08

Fig 9

-4

10

I I

12

I

44

LOCAL

T I

46

TIME

I

18

(75 0 W)

I

20

I I - I e~

22 24

700

60

I

oo

A -I IoIl

9

bull 300 deg

io

I

110

I I I I

JICAMARCA PERU ELECTRON TEMPERATURE

1 MAY 1975

500

E400 --

CD 300

h

4000 I

20500F

8000 0000 -

D ~ - oedegoo

9000 v v v v 300 -shyiO00 --hmax

2 0 0

C)

200 -40

g10 F

0800 000 1200 4400 1600 4800 2000 2200 2400

-Fig 10

700-

i I i i

JICAMARCA PERU

ELECTRON TEMPERATURE 20 MAY 975

I

i

i

-ii -

i -

600

1400 -

7000

500

500

E400

300

zoo-200

-

-

- 00

000 deg 150-

hmax-100o

15-S0

-

0 1500-

-

I

maxSdeg500-shy

-

1106I

-a 100

-

0800

Fig ]-I

1000 1200 IrI +

1400 LOCAL

4600 TIME

1 - 1800

(759W)

I 2000 2200 2400

700-

I I JICAMARCA PERU

ELECTRON TEMPERATURE 21 MAY 1975

I 1 I I I

13000

I

500shy

400 -I--shy

300

j)Q

3O0bull

000

deg

200-h d--

150

00Wooo- ~

a

~ - SpF

0o

0800

Fig 12

4000 1200 1400 LOCAL

4600 TIME

4800 (75degW)

2000 2200 2400

700

I- I-7 -

S9000

II

-1300

1 F I I I I

JICAMARCA PERU ELECTRON TEMPERATURE

24 MAY 1975

-

600000

600

2400 -

09000

9O0

h00ma - aa000

aOO -

00 20shy

00 o __________--m -

h---h 15000 000deg

I ___ __ _O_ _ 100It 0

max1--500

1000

0 -

0800

Fig 13

1000 1200 1400

LOCAL

1600

TIME

1800

(750W)

2000 2200 2400

70Q shy7000deg

-

10000 15000 1__j6000 JICAMARCA PERU

ELECTRON TEMPERATURE Z7 MAY 4975

600 i3000

500 -

E400

o 300 -

200

- -1050 9000 050 o

M oo

0 1500-i50 h max max

1506 deg ---shy-0oi 150 0 deg

W00o 1000o

100

0 0800

Fig

I I 1000

14

1200

F 1I I

1400 LOCAL

1600 TIME

I I

180 (750 W)

I 2000

1

2200 2400

1 I I1 1 i I 1 I I I I I

JICAMARCA PERU1200 ELECTRON TEMPERATURE

700 1500 1 28 MAY 1975

100000 -1000 oo

500

9000

500o 2 - 4000 -

0300 10000 90 Wooo5

200 15000

Fg150 15000 -I200 -1500deg 1000 hmax

C400 I - I IlIoo deg i shytoooo-

20000 10001014O10180200 20 100shy

I II -1 1 -I degI I II0 0800 1000 1200 KOO() 1600 1800 2000 bull2200 2400

LOCAL TIME (750 W) Fig 15

APPENDIX B

VERTICAL DRIFT

-36shy

Fig 16 to 21

Fig 22

Fig 23 to 26

Fig-27

Fig 28 to 32

-37-

FIGURE CAPTIONS

Vertical drift velocities and Spread-F activi

ty for the local times (750W) and dates indishy

cated

Composite of Figs 16 to 21

Vertical drift velocities and Spread-F activi ty forthe local times (750W) and dates indishy

cated

Composite ofFigs-2tor-

Typical drift profiles forthe times (750 W)

and dates indicated as functions of bullheightb

lom0 o0I

80

60

i I I i

19-20 May

I

1975

i I I I i I

JICAMARCA

I L I

VERTICAL

i I

DRIFT

40

ZO)

0 -20shy

c

-40 -60o sp

k

-80--O100-

08 0 12 14 16

Locol

5 443l

18 20 22 0

Time (750 W) 02 04

1 L2U YIIt deg

06 08

Fig 16

I I I I I I I I I I I I IIII I I

80 20- 21 May 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20

20

-20

-60- SpF

-80 1 1

1 3 1 6 1 2 3 2

0810 1 14 16 18 20 22 0 02 04 06 08

Local Time (75degW)

Fig 17

Is 100

21-22 May 1975 60 JICAMARCA VERTICAL DRIFT 60_

40shy

20_

0

-20

-40 UI- II QE

SpF-60 shy

-803 3 r2Ss04100

08i 12 1416 18 20 22 00 02 04 06 08

Local --Time (75 0degW)

Fig 18

S 10 0 I I I I ] I I I I I 1 J

80 22-23 May 1975

60- JICAMARCA VERTICAL DRIFT

40

20

0 -20 _

-40 _

-60 Sp F 6

~83III 13 3 2 2 2 2 1K o

08 10 14 1 18 2022 00 02 04 06 08

-- Local Time (751W)

Fig 19

m 100

80 23-24 May 1975

60 JICAMARCA VERTICAL DRIFT

40

20

0

-20- 0

-40- - 1shy

-60 - - ii F

-80 2a 2 0 0 2 2 -t 0 0 1 1 11 II

0810 12 14 16 48 20 22 00 02 04 06 08

Local Time (750 W)

Fig 20

10o

80

60 40

24-25 May

1975

JICAMARCA VERTICAL DRIFT

0 L)

-20

-40

-60

2 2 1

C

2 2 2 1 0

-100 08 10 12 14 16

Local 18 20 22 Time (751W)

00 02 04 Zf

06 08

Fig 21

Ms 100

80 JICAMARCA VERTICAL DRIFTS

60

40

19 - 24 May975 -20 5

0

-20

-40

-60 -810shy

shy

mioor 08 10 12 14 16

Local 18 20 22

Time (75degW)

00 02 04 06 08

Fig 22

ms 100 0 02-03 June 1975 1

80-

GO JICAMARCA VERTICAL DRIFT

40_

20

0

-20

-40shy

-60

-80 3 22 2o______ ___II_____ O-__o I Ia 22 MTfl)4080 12 14 16 18 20 22 00 02 04 06

Local Time (750 W)

Fig 23

08

0 $ I~lI t i I I I I I I I 1 I I I i t I I IiN 100 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

80- 05-06 June 1975

60- JICAMARCA VERTICAL DRIFT

40shy

20shy

0

-20

-40shy-60 i

3-8o 2I I I shy-40113 i 31 21 L-3 o -100 ____-______-

08 10 12 M 16 18 20 22 00 02 04 0608 Local Time (750 W)

Fig 24

100 I i I I I I I I I I I I I I I I I I I

I80 06-07 June 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20_

0

-20shy

-40shy

-60 shy

-80-3 4 -1 1 1 j ---- 10 0

08 10 12 4 16 18 20 22 00 02 04 06 08

Local Time (75 0 W)

Fig 25

r si( o I I I I I I I I I I I I I I I I I I

80 07-08 June 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20

0 I

-20

-40shy

-80shy-803 2 2 2 0 1

08 10 12 4 46 18 20 22 -00 02 04 06 08

Local Time (75 0 W)

Fig 26

I100

80

60

JICAMARCA 02- 08

VERTICAL JUNE 1975

DRIFTS

40

2 1 0 -

3 3

0

-20 -shy

4

-40

-60

m_ 0

08

I

40

I l

12 14 16 Local

I

18 20 Time

I

22 00

(75 0 W)

I

02

1 II

04 0608

Fig 27

800- -Km JICAMARCA PERU DRIFT PROFILE

JUNE 02 975 700 109 LT

600-shy

1500

400 -1 in

300---1

200 IshyI---4

N

100

-60 -40 - -20 0 Ms +20 +40 +60

N0 284

Fig 28

JICAMARCA PERU DRIFT PROFILE

JUNE 05 1975 1210 LT

800

700

-Km

600

500

I

400- - Ln -Fshy

300bull

II200

I I j I

100shy

l It j I I I

-60 -40 -20 0 ms +20 +40 +60

Fig 29

800 Km JICAMARCA PERU DRIFT PROFILE

JUNE 06 1975 700 1230 LT

600

500 -- I-- -

LI

5300 I-I

-4 I

400 3

400

200 shy-4

I it I I -60 -40 -20 0ms +20 +40 +60

Fig - 30

JICAMARCA PERU DRIFT PROFILE 1107 Rocket Launch Time JUNE 07 1975 i1OOLT

800 --Km

Too

600 ----shy

500-

II

400 -

300-

-4shy

4

-4

-4

200 Ishy

ido

bull-60 -40 -20 Oms +20 t40 +60

Fig 31

JICAMARCA PERU DRIFT PROFILE 4145 Rocket Launch Time JUNE 071975

i1AO LT

I I I I I -60 -40 -0 --

Fig 32

800 -- Km

700

600

500

400 bull

300--

I-4

-4w

-II

I

200

100

-

I

I Oms

I +20

I I 40

I I +60

APPENDIX C

ELECTROJETRELATIVE ECHO POWER DENSITY

- S5shy

-56-

FIGURE CAPTIONS

Fig 33 to167 Compositeof relative echo power density vershy

sus frequency deviation for the times (750W)

and dates indicated

I II if I I I I I I 7-

I JICAMARCAJ PERU 1975io 3onod- JUNE 2442e3of (75Ow)

w

10 -40

QWESTQ60 SPECTRUM 49 920 M HiZ

3 EAST

0

o 01 5- 5 7- a

gt _

-450 Ha 0 + 150 He 4- f FROM TRANSMITTED FREQUENCY

Fg2766 ALOnr75

Fig 33

~~~~~ I ~ f I I l l iv~ JICAMARCA PERU1979 JUNE 2

600 SPECTRUM 1 =o4 9 9 2 0WES MHZ10 EAST

Uo 4 0 --

6 o

5

w 08

-150 Ha 0 +150 Hz--- A FROM TRANSMITTED FREQUENCY - ALOIT75

Fig 34

TABLE III

RELATIVE ECHO POWER DENSITY

600 EAST- WEST SPECTRUM

JUNE 02 1975

COMPOSITE N0 l -COMPOSITE N0 2 COMPOSITE N0 3

1030 1310 1450

1032 1402 1452

1031 i412 i4i57

1042 1417 1500

1047 1420 1522

1020 1422 1525

1057 1425 1527

1102 1430 1540

1117 1432 1542

1122 1545

1547

JUNE 03 1975

COMPOSITE N0 l COMPOSITE N0 2 COMPOSITE N0 3

0827 0900 0912

0830 0905 0915

0832 0907 0917

0837 0910 0920

0840 0922

0842 0925

0845 0930shy

0847 0937

0850 0940

0942

0945

-12shy

o JUNE 03 1975

COMPOSITE N04 COMPOSITE N0 5 COMPOSITE N0 6 0950 1022 1052

0952 1025 1055 0955 1027 1057

-- 10- 0- 1100 1002 1032

1005 1035 1105

1007 1037 1107 1010 1040 1110

1012 1042 1112

1015 1045 1115

1017 1047 1117 1020 1050 1120

COMPOSITE N0 7 COMPOSITE N0 8 COMPOSITE N0 9

1122 1152 1222

1125 1155 1225

1127 1157 1227 1130 1200 1230

1132 1202 1232 1135 1205 1235

1137 1207 1237

1140 1210 1240 1142 1212 1242

1145 1215 1245 1147 1217 1247 1150-- 12-20z il50

b

-13shy

1 JUNE 03 1975

COMPOSITE N0 10 COMPOSITE Noll COMPOSITE N0 12

1252 1325 1355

1255 1327 1357

1257 1330 1400

1300 1332 1402

1302 1335 1405

1307 1337 1407

1310 1340 1410

1312 1342 1412

1315 1345 1415

1317 1347 1417

1320 1350 1420

1322 1352 1422

1425

1427

JUNE 05 1975

COMPOSITE N0 10 COMPOSITE N0 2 COMPOSITE N0 3

0847 0922 0952 0850 0925 0955

0852 0927 1010

0855 0930 1012

0900 0932 1025

0902 1027

0907 1102

0910 1105

0912 1107

0917 1122

0920 1125

1127

4

-14shy

l -JUNE 05 1975

COMPOSITE N4 COMPOSITE Ndeg5 COMPOSITE N0 6

1142 1210 1240 1145 1212 1242

1147 1215 1245

1150 -1217 1247

1152 1220 1302 shy

1155 1305

1157 1307

COMPOSITE N0 7 COMPOSITE N0 8

13312 1405

1335 1407

1337

1340

1342

1345

1347

JUNE 06 1975

COMPOSITE N0 l COMPOSITE N02 COMPOSITE N0 3

0852 0947 1115

0855 1007 1117

0857 1010 1122

0900 1045 1125

0902 1050 1127

0905 1052 1130

0907 1057 1132 0922 1100 1135

0925 1105 1137

0927 1107 1140

0942 1110 1142

0945 1112 1147

-15shy

JUNE 06 1975

COMPOSITE N0 4 COMPOSITE N0 5

1152 1252

1155 1257

1157 1302

1200 1340

1202 1342

1205 1345

1207 1347

1222 1352

1225 1355

1227 1357

1247

JUNE 07 1975

COMPOSITE N0 l COMPOSITE N02 COMPOSITE N0 3

0845 1002 1057

0847 1005 1120

0902 1007

0905 1010 COMPOSITE N0 4

0907 1015

0920 1017 1122

0922 1030 1125

0925 -1032

0927 1035 COMPOSITE N0 5

0942 1037 1127

0945 1050 1150

0947 1052

1055

II

COMPOSITE N0 6

1212

1215

1217

1220

1222

1235

1237

1240

1242

1245

1247

1302

-16-

JUNE 07 1975

COMPOSITE N0 7

1305

1307

1310

1320

1322

1325

1327

TABLE IV

ELECTROJET DOPPLER SHIFT AND CONDITION

DATE

JUNE 02 1975

INTERVAL (LT)

1037-1117 1207 1310 1402-1432

1450-1500 1522-1527 1540-1547

JUNE 03 1975 0827-1427

JUNE 05 1975 0847-0932 0952-1027 1102-1107

1122-1127 1142-1220 1240-1312

1335-1347 1402-1407

JUN1 06t 1975 0852-0907 0922-0927 0942-0947

1000 1007 1045-1207-1022-I0amp2

_1047 13-02 1340-1357

JUNE 07 1975 1045-1047 0902-0907 0920-0927

0942-0947 1002-1017 1030-1057

1120-1127 1150 1212-1327

mABLE V

150 KM ECHOING REGION

JUNE 07 1975

LOCAL TIME

1000

1104

1112

1113

1136

1156

1200

1203

1106

1227

APPENDIX A

ELECTRON CONCENTRATION AND TEMPERATURE

-20-

FIGURE CAPTIONS

Fig 1 to 9 Electron Density contour as function of height

At2cal-times indicated in the figure

Fig 10 to 15 Same as above but the electron tempetature con

tour is shownshy

1000 I I I I aIa a

800

JICAMARCA PERU ELECTRON DENSITY

MAY 19-20 1975

Log10 Ne S~=p F

600 50

E

400

I-

55

h maxshyhma

15 -

5

Y

=200 5

5

Sp F

oI

08

Fig

I

i0

1

I I

12

I I

14

I

16

I I

A8

LOCAL

I I 1

20

TIME

I I

22 00

(750 W)

I

02

I

04

I

06 08

i000 I Ii

JICAMARCA PERU Log10 Ne ELECTRON DENSITY

Sp FMAY 20-21 1975800

I shy

600

55

400

hmax

5

50 Sp vFa

0 I I I I I I II 08 10 12 14 16 18 20 22 00 02 04 06 08

LOCAL TIME (75degW)

Fig 2

o o I I I I I I I I I I I I I I

800

JICAMARCA PERU ELECTRON DENSITY

MAY 21-2 1975

Log o Ne

Sp OF

k 1

600 5

E 400

55

hma

45

I

55

50200

SpF =

008

S rI

10

I

12

I

14

I I

16

I I I

18 LOCAL

I I

20

TIME

I

22 do (75 0 W)

I I

02

I

04 06

j

08

Fig 3

4000 i I I

- 800

JICAMARCA PERU ELECTRON DENSITY

MAY 22-23 1975

Log10 Ne

SpF

600

S

400

Lu ZO

Xh

5 55

max---

55-

55

6 h maxrnax

55

55

hmax

-

SpF

0 08 10

I Q

I Ii 14 16

I I I 1M

LOCAL

I I 20

TIME

I 22 00

(75deg W)

02 04

06

08

Fig 4

000

Log10 Ne

ELECTRON DENSITY Sp F

800 MAY 23-24 1975

600 5 0 5 0

- 50

E 55 400

(D

w

roo hmax

s 55

5

hmaxamp 555

50

_ _55_

5

_

hmax5o

m~ox

SpFa ]

08 10 12 14 16 18 20 22 00 02 04 06 08

LOCAL TIME (750 W)

Fig 5

10001100 I I I I I I I I I TI - -I -

800 -

JICAMARCA PERU ELECTRON DENSITY

24 MAY 19r5

Lo Ne S Sp NF

600

50 5

-r

D -400

5 55

Sh max

200 55

-55

0 I I I I I I I I I I I I

08 iO 12 14 LOCAL

16 TIME

18 (750 W)

20 22 24

Fig 6

1000 II bull

Log1o NeJICAMARCA PERUELECTRON1 DENSITY

S27 MAY 1 1975

800

50S00

40 shy 200

o I I I 1 I I I I I I I I I

08 10 42 14

LOCAL 16

TIME 18 (750 W)

20 22 24

Fig 7

1o 0 0 o I i 1 I i 1I i jlI

800

JICAMARCA PERU ELECTRON DENSITY

2 8 MAY 197 5 bull

Log 1 o Ne

Sp

E600 -

050

400 55 -1-

-h rnaxe

50

55 h-max

00

200 - 55 50

o 0

08

Fig 8

I

10

I

42

I I

14

LOCAL

I I I

16

TIME

t 1

18

((75degW) 20

I

22

24

1000 I I I I I I I I I I I I I

800

JICAMARCA PERU ELECTRON DENSITY

29 MAY 1975

LgloNe

SpUF

--

600 50

I-- -shy

o 400 -

55

h maxh

50

200 -

~

oI 0

08

Fig 9

-4

10

I I

12

I

44

LOCAL

T I

46

TIME

I

18

(75 0 W)

I

20

I I - I e~

22 24

700

60

I

oo

A -I IoIl

9

bull 300 deg

io

I

110

I I I I

JICAMARCA PERU ELECTRON TEMPERATURE

1 MAY 1975

500

E400 --

CD 300

h

4000 I

20500F

8000 0000 -

D ~ - oedegoo

9000 v v v v 300 -shyiO00 --hmax

2 0 0

C)

200 -40

g10 F

0800 000 1200 4400 1600 4800 2000 2200 2400

-Fig 10

700-

i I i i

JICAMARCA PERU

ELECTRON TEMPERATURE 20 MAY 975

I

i

i

-ii -

i -

600

1400 -

7000

500

500

E400

300

zoo-200

-

-

- 00

000 deg 150-

hmax-100o

15-S0

-

0 1500-

-

I

maxSdeg500-shy

-

1106I

-a 100

-

0800

Fig ]-I

1000 1200 IrI +

1400 LOCAL

4600 TIME

1 - 1800

(759W)

I 2000 2200 2400

700-

I I JICAMARCA PERU

ELECTRON TEMPERATURE 21 MAY 1975

I 1 I I I

13000

I

500shy

400 -I--shy

300

j)Q

3O0bull

000

deg

200-h d--

150

00Wooo- ~

a

~ - SpF

0o

0800

Fig 12

4000 1200 1400 LOCAL

4600 TIME

4800 (75degW)

2000 2200 2400

700

I- I-7 -

S9000

II

-1300

1 F I I I I

JICAMARCA PERU ELECTRON TEMPERATURE

24 MAY 1975

-

600000

600

2400 -

09000

9O0

h00ma - aa000

aOO -

00 20shy

00 o __________--m -

h---h 15000 000deg

I ___ __ _O_ _ 100It 0

max1--500

1000

0 -

0800

Fig 13

1000 1200 1400

LOCAL

1600

TIME

1800

(750W)

2000 2200 2400

70Q shy7000deg

-

10000 15000 1__j6000 JICAMARCA PERU

ELECTRON TEMPERATURE Z7 MAY 4975

600 i3000

500 -

E400

o 300 -

200

- -1050 9000 050 o

M oo

0 1500-i50 h max max

1506 deg ---shy-0oi 150 0 deg

W00o 1000o

100

0 0800

Fig

I I 1000

14

1200

F 1I I

1400 LOCAL

1600 TIME

I I

180 (750 W)

I 2000

1

2200 2400

1 I I1 1 i I 1 I I I I I

JICAMARCA PERU1200 ELECTRON TEMPERATURE

700 1500 1 28 MAY 1975

100000 -1000 oo

500

9000

500o 2 - 4000 -

0300 10000 90 Wooo5

200 15000

Fg150 15000 -I200 -1500deg 1000 hmax

C400 I - I IlIoo deg i shytoooo-

20000 10001014O10180200 20 100shy

I II -1 1 -I degI I II0 0800 1000 1200 KOO() 1600 1800 2000 bull2200 2400

LOCAL TIME (750 W) Fig 15

APPENDIX B

VERTICAL DRIFT

-36shy

Fig 16 to 21

Fig 22

Fig 23 to 26

Fig-27

Fig 28 to 32

-37-

FIGURE CAPTIONS

Vertical drift velocities and Spread-F activi

ty for the local times (750W) and dates indishy

cated

Composite of Figs 16 to 21

Vertical drift velocities and Spread-F activi ty forthe local times (750W) and dates indishy

cated

Composite ofFigs-2tor-

Typical drift profiles forthe times (750 W)

and dates indicated as functions of bullheightb

lom0 o0I

80

60

i I I i

19-20 May

I

1975

i I I I i I

JICAMARCA

I L I

VERTICAL

i I

DRIFT

40

ZO)

0 -20shy

c

-40 -60o sp

k

-80--O100-

08 0 12 14 16

Locol

5 443l

18 20 22 0

Time (750 W) 02 04

1 L2U YIIt deg

06 08

Fig 16

I I I I I I I I I I I I IIII I I

80 20- 21 May 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20

20

-20

-60- SpF

-80 1 1

1 3 1 6 1 2 3 2

0810 1 14 16 18 20 22 0 02 04 06 08

Local Time (75degW)

Fig 17

Is 100

21-22 May 1975 60 JICAMARCA VERTICAL DRIFT 60_

40shy

20_

0

-20

-40 UI- II QE

SpF-60 shy

-803 3 r2Ss04100

08i 12 1416 18 20 22 00 02 04 06 08

Local --Time (75 0degW)

Fig 18

S 10 0 I I I I ] I I I I I 1 J

80 22-23 May 1975

60- JICAMARCA VERTICAL DRIFT

40

20

0 -20 _

-40 _

-60 Sp F 6

~83III 13 3 2 2 2 2 1K o

08 10 14 1 18 2022 00 02 04 06 08

-- Local Time (751W)

Fig 19

m 100

80 23-24 May 1975

60 JICAMARCA VERTICAL DRIFT

40

20

0

-20- 0

-40- - 1shy

-60 - - ii F

-80 2a 2 0 0 2 2 -t 0 0 1 1 11 II

0810 12 14 16 48 20 22 00 02 04 06 08

Local Time (750 W)

Fig 20

10o

80

60 40

24-25 May

1975

JICAMARCA VERTICAL DRIFT

0 L)

-20

-40

-60

2 2 1

C

2 2 2 1 0

-100 08 10 12 14 16

Local 18 20 22 Time (751W)

00 02 04 Zf

06 08

Fig 21

Ms 100

80 JICAMARCA VERTICAL DRIFTS

60

40

19 - 24 May975 -20 5

0

-20

-40

-60 -810shy

shy

mioor 08 10 12 14 16

Local 18 20 22

Time (75degW)

00 02 04 06 08

Fig 22

ms 100 0 02-03 June 1975 1

80-

GO JICAMARCA VERTICAL DRIFT

40_

20

0

-20

-40shy

-60

-80 3 22 2o______ ___II_____ O-__o I Ia 22 MTfl)4080 12 14 16 18 20 22 00 02 04 06

Local Time (750 W)

Fig 23

08

0 $ I~lI t i I I I I I I I 1 I I I i t I I IiN 100 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

80- 05-06 June 1975

60- JICAMARCA VERTICAL DRIFT

40shy

20shy

0

-20

-40shy-60 i

3-8o 2I I I shy-40113 i 31 21 L-3 o -100 ____-______-

08 10 12 M 16 18 20 22 00 02 04 0608 Local Time (750 W)

Fig 24

100 I i I I I I I I I I I I I I I I I I I

I80 06-07 June 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20_

0

-20shy

-40shy

-60 shy

-80-3 4 -1 1 1 j ---- 10 0

08 10 12 4 16 18 20 22 00 02 04 06 08

Local Time (75 0 W)

Fig 25

r si( o I I I I I I I I I I I I I I I I I I

80 07-08 June 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20

0 I

-20

-40shy

-80shy-803 2 2 2 0 1

08 10 12 4 46 18 20 22 -00 02 04 06 08

Local Time (75 0 W)

Fig 26

I100

80

60

JICAMARCA 02- 08

VERTICAL JUNE 1975

DRIFTS

40

2 1 0 -

3 3

0

-20 -shy

4

-40

-60

m_ 0

08

I

40

I l

12 14 16 Local

I

18 20 Time

I

22 00

(75 0 W)

I

02

1 II

04 0608

Fig 27

800- -Km JICAMARCA PERU DRIFT PROFILE

JUNE 02 975 700 109 LT

600-shy

1500

400 -1 in

300---1

200 IshyI---4

N

100

-60 -40 - -20 0 Ms +20 +40 +60

N0 284

Fig 28

JICAMARCA PERU DRIFT PROFILE

JUNE 05 1975 1210 LT

800

700

-Km

600

500

I

400- - Ln -Fshy

300bull

II200

I I j I

100shy

l It j I I I

-60 -40 -20 0 ms +20 +40 +60

Fig 29

800 Km JICAMARCA PERU DRIFT PROFILE

JUNE 06 1975 700 1230 LT

600

500 -- I-- -

LI

5300 I-I

-4 I

400 3

400

200 shy-4

I it I I -60 -40 -20 0ms +20 +40 +60

Fig - 30

JICAMARCA PERU DRIFT PROFILE 1107 Rocket Launch Time JUNE 07 1975 i1OOLT

800 --Km

Too

600 ----shy

500-

II

400 -

300-

-4shy

4

-4

-4

200 Ishy

ido

bull-60 -40 -20 Oms +20 t40 +60

Fig 31

JICAMARCA PERU DRIFT PROFILE 4145 Rocket Launch Time JUNE 071975

i1AO LT

I I I I I -60 -40 -0 --

Fig 32

800 -- Km

700

600

500

400 bull

300--

I-4

-4w

-II

I

200

100

-

I

I Oms

I +20

I I 40

I I +60

APPENDIX C

ELECTROJETRELATIVE ECHO POWER DENSITY

- S5shy

-56-

FIGURE CAPTIONS

Fig 33 to167 Compositeof relative echo power density vershy

sus frequency deviation for the times (750W)

and dates indicated

I II if I I I I I I 7-

I JICAMARCAJ PERU 1975io 3onod- JUNE 2442e3of (75Ow)

w

10 -40

QWESTQ60 SPECTRUM 49 920 M HiZ

3 EAST

0

o 01 5- 5 7- a

gt _

-450 Ha 0 + 150 He 4- f FROM TRANSMITTED FREQUENCY

Fg2766 ALOnr75

Fig 33

~~~~~ I ~ f I I l l iv~ JICAMARCA PERU1979 JUNE 2

600 SPECTRUM 1 =o4 9 9 2 0WES MHZ10 EAST

Uo 4 0 --

6 o

5

w 08

-150 Ha 0 +150 Hz--- A FROM TRANSMITTED FREQUENCY - ALOIT75

Fig 34

-12shy

o JUNE 03 1975

COMPOSITE N04 COMPOSITE N0 5 COMPOSITE N0 6 0950 1022 1052

0952 1025 1055 0955 1027 1057

-- 10- 0- 1100 1002 1032

1005 1035 1105

1007 1037 1107 1010 1040 1110

1012 1042 1112

1015 1045 1115

1017 1047 1117 1020 1050 1120

COMPOSITE N0 7 COMPOSITE N0 8 COMPOSITE N0 9

1122 1152 1222

1125 1155 1225

1127 1157 1227 1130 1200 1230

1132 1202 1232 1135 1205 1235

1137 1207 1237

1140 1210 1240 1142 1212 1242

1145 1215 1245 1147 1217 1247 1150-- 12-20z il50

b

-13shy

1 JUNE 03 1975

COMPOSITE N0 10 COMPOSITE Noll COMPOSITE N0 12

1252 1325 1355

1255 1327 1357

1257 1330 1400

1300 1332 1402

1302 1335 1405

1307 1337 1407

1310 1340 1410

1312 1342 1412

1315 1345 1415

1317 1347 1417

1320 1350 1420

1322 1352 1422

1425

1427

JUNE 05 1975

COMPOSITE N0 10 COMPOSITE N0 2 COMPOSITE N0 3

0847 0922 0952 0850 0925 0955

0852 0927 1010

0855 0930 1012

0900 0932 1025

0902 1027

0907 1102

0910 1105

0912 1107

0917 1122

0920 1125

1127

4

-14shy

l -JUNE 05 1975

COMPOSITE N4 COMPOSITE Ndeg5 COMPOSITE N0 6

1142 1210 1240 1145 1212 1242

1147 1215 1245

1150 -1217 1247

1152 1220 1302 shy

1155 1305

1157 1307

COMPOSITE N0 7 COMPOSITE N0 8

13312 1405

1335 1407

1337

1340

1342

1345

1347

JUNE 06 1975

COMPOSITE N0 l COMPOSITE N02 COMPOSITE N0 3

0852 0947 1115

0855 1007 1117

0857 1010 1122

0900 1045 1125

0902 1050 1127

0905 1052 1130

0907 1057 1132 0922 1100 1135

0925 1105 1137

0927 1107 1140

0942 1110 1142

0945 1112 1147

-15shy

JUNE 06 1975

COMPOSITE N0 4 COMPOSITE N0 5

1152 1252

1155 1257

1157 1302

1200 1340

1202 1342

1205 1345

1207 1347

1222 1352

1225 1355

1227 1357

1247

JUNE 07 1975

COMPOSITE N0 l COMPOSITE N02 COMPOSITE N0 3

0845 1002 1057

0847 1005 1120

0902 1007

0905 1010 COMPOSITE N0 4

0907 1015

0920 1017 1122

0922 1030 1125

0925 -1032

0927 1035 COMPOSITE N0 5

0942 1037 1127

0945 1050 1150

0947 1052

1055

II

COMPOSITE N0 6

1212

1215

1217

1220

1222

1235

1237

1240

1242

1245

1247

1302

-16-

JUNE 07 1975

COMPOSITE N0 7

1305

1307

1310

1320

1322

1325

1327

TABLE IV

ELECTROJET DOPPLER SHIFT AND CONDITION

DATE

JUNE 02 1975

INTERVAL (LT)

1037-1117 1207 1310 1402-1432

1450-1500 1522-1527 1540-1547

JUNE 03 1975 0827-1427

JUNE 05 1975 0847-0932 0952-1027 1102-1107

1122-1127 1142-1220 1240-1312

1335-1347 1402-1407

JUN1 06t 1975 0852-0907 0922-0927 0942-0947

1000 1007 1045-1207-1022-I0amp2

_1047 13-02 1340-1357

JUNE 07 1975 1045-1047 0902-0907 0920-0927

0942-0947 1002-1017 1030-1057

1120-1127 1150 1212-1327

mABLE V

150 KM ECHOING REGION

JUNE 07 1975

LOCAL TIME

1000

1104

1112

1113

1136

1156

1200

1203

1106

1227

APPENDIX A

ELECTRON CONCENTRATION AND TEMPERATURE

-20-

FIGURE CAPTIONS

Fig 1 to 9 Electron Density contour as function of height

At2cal-times indicated in the figure

Fig 10 to 15 Same as above but the electron tempetature con

tour is shownshy

1000 I I I I aIa a

800

JICAMARCA PERU ELECTRON DENSITY

MAY 19-20 1975

Log10 Ne S~=p F

600 50

E

400

I-

55

h maxshyhma

15 -

5

Y

=200 5

5

Sp F

oI

08

Fig

I

i0

1

I I

12

I I

14

I

16

I I

A8

LOCAL

I I 1

20

TIME

I I

22 00

(750 W)

I

02

I

04

I

06 08

i000 I Ii

JICAMARCA PERU Log10 Ne ELECTRON DENSITY

Sp FMAY 20-21 1975800

I shy

600

55

400

hmax

5

50 Sp vFa

0 I I I I I I II 08 10 12 14 16 18 20 22 00 02 04 06 08

LOCAL TIME (75degW)

Fig 2

o o I I I I I I I I I I I I I I

800

JICAMARCA PERU ELECTRON DENSITY

MAY 21-2 1975

Log o Ne

Sp OF

k 1

600 5

E 400

55

hma

45

I

55

50200

SpF =

008

S rI

10

I

12

I

14

I I

16

I I I

18 LOCAL

I I

20

TIME

I

22 do (75 0 W)

I I

02

I

04 06

j

08

Fig 3

4000 i I I

- 800

JICAMARCA PERU ELECTRON DENSITY

MAY 22-23 1975

Log10 Ne

SpF

600

S

400

Lu ZO

Xh

5 55

max---

55-

55

6 h maxrnax

55

55

hmax

-

SpF

0 08 10

I Q

I Ii 14 16

I I I 1M

LOCAL

I I 20

TIME

I 22 00

(75deg W)

02 04

06

08

Fig 4

000

Log10 Ne

ELECTRON DENSITY Sp F

800 MAY 23-24 1975

600 5 0 5 0

- 50

E 55 400

(D

w

roo hmax

s 55

5

hmaxamp 555

50

_ _55_

5

_

hmax5o

m~ox

SpFa ]

08 10 12 14 16 18 20 22 00 02 04 06 08

LOCAL TIME (750 W)

Fig 5

10001100 I I I I I I I I I TI - -I -

800 -

JICAMARCA PERU ELECTRON DENSITY

24 MAY 19r5

Lo Ne S Sp NF

600

50 5

-r

D -400

5 55

Sh max

200 55

-55

0 I I I I I I I I I I I I

08 iO 12 14 LOCAL

16 TIME

18 (750 W)

20 22 24

Fig 6

1000 II bull

Log1o NeJICAMARCA PERUELECTRON1 DENSITY

S27 MAY 1 1975

800

50S00

40 shy 200

o I I I 1 I I I I I I I I I

08 10 42 14

LOCAL 16

TIME 18 (750 W)

20 22 24

Fig 7

1o 0 0 o I i 1 I i 1I i jlI

800

JICAMARCA PERU ELECTRON DENSITY

2 8 MAY 197 5 bull

Log 1 o Ne

Sp

E600 -

050

400 55 -1-

-h rnaxe

50

55 h-max

00

200 - 55 50

o 0

08

Fig 8

I

10

I

42

I I

14

LOCAL

I I I

16

TIME

t 1

18

((75degW) 20

I

22

24

1000 I I I I I I I I I I I I I

800

JICAMARCA PERU ELECTRON DENSITY

29 MAY 1975

LgloNe

SpUF

--

600 50

I-- -shy

o 400 -

55

h maxh

50

200 -

~

oI 0

08

Fig 9

-4

10

I I

12

I

44

LOCAL

T I

46

TIME

I

18

(75 0 W)

I

20

I I - I e~

22 24

700

60

I

oo

A -I IoIl

9

bull 300 deg

io

I

110

I I I I

JICAMARCA PERU ELECTRON TEMPERATURE

1 MAY 1975

500

E400 --

CD 300

h

4000 I

20500F

8000 0000 -

D ~ - oedegoo

9000 v v v v 300 -shyiO00 --hmax

2 0 0

C)

200 -40

g10 F

0800 000 1200 4400 1600 4800 2000 2200 2400

-Fig 10

700-

i I i i

JICAMARCA PERU

ELECTRON TEMPERATURE 20 MAY 975

I

i

i

-ii -

i -

600

1400 -

7000

500

500

E400

300

zoo-200

-

-

- 00

000 deg 150-

hmax-100o

15-S0

-

0 1500-

-

I

maxSdeg500-shy

-

1106I

-a 100

-

0800

Fig ]-I

1000 1200 IrI +

1400 LOCAL

4600 TIME

1 - 1800

(759W)

I 2000 2200 2400

700-

I I JICAMARCA PERU

ELECTRON TEMPERATURE 21 MAY 1975

I 1 I I I

13000

I

500shy

400 -I--shy

300

j)Q

3O0bull

000

deg

200-h d--

150

00Wooo- ~

a

~ - SpF

0o

0800

Fig 12

4000 1200 1400 LOCAL

4600 TIME

4800 (75degW)

2000 2200 2400

700

I- I-7 -

S9000

II

-1300

1 F I I I I

JICAMARCA PERU ELECTRON TEMPERATURE

24 MAY 1975

-

600000

600

2400 -

09000

9O0

h00ma - aa000

aOO -

00 20shy

00 o __________--m -

h---h 15000 000deg

I ___ __ _O_ _ 100It 0

max1--500

1000

0 -

0800

Fig 13

1000 1200 1400

LOCAL

1600

TIME

1800

(750W)

2000 2200 2400

70Q shy7000deg

-

10000 15000 1__j6000 JICAMARCA PERU

ELECTRON TEMPERATURE Z7 MAY 4975

600 i3000

500 -

E400

o 300 -

200

- -1050 9000 050 o

M oo

0 1500-i50 h max max

1506 deg ---shy-0oi 150 0 deg

W00o 1000o

100

0 0800

Fig

I I 1000

14

1200

F 1I I

1400 LOCAL

1600 TIME

I I

180 (750 W)

I 2000

1

2200 2400

1 I I1 1 i I 1 I I I I I

JICAMARCA PERU1200 ELECTRON TEMPERATURE

700 1500 1 28 MAY 1975

100000 -1000 oo

500

9000

500o 2 - 4000 -

0300 10000 90 Wooo5

200 15000

Fg150 15000 -I200 -1500deg 1000 hmax

C400 I - I IlIoo deg i shytoooo-

20000 10001014O10180200 20 100shy

I II -1 1 -I degI I II0 0800 1000 1200 KOO() 1600 1800 2000 bull2200 2400

LOCAL TIME (750 W) Fig 15

APPENDIX B

VERTICAL DRIFT

-36shy

Fig 16 to 21

Fig 22

Fig 23 to 26

Fig-27

Fig 28 to 32

-37-

FIGURE CAPTIONS

Vertical drift velocities and Spread-F activi

ty for the local times (750W) and dates indishy

cated

Composite of Figs 16 to 21

Vertical drift velocities and Spread-F activi ty forthe local times (750W) and dates indishy

cated

Composite ofFigs-2tor-

Typical drift profiles forthe times (750 W)

and dates indicated as functions of bullheightb

lom0 o0I

80

60

i I I i

19-20 May

I

1975

i I I I i I

JICAMARCA

I L I

VERTICAL

i I

DRIFT

40

ZO)

0 -20shy

c

-40 -60o sp

k

-80--O100-

08 0 12 14 16

Locol

5 443l

18 20 22 0

Time (750 W) 02 04

1 L2U YIIt deg

06 08

Fig 16

I I I I I I I I I I I I IIII I I

80 20- 21 May 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20

20

-20

-60- SpF

-80 1 1

1 3 1 6 1 2 3 2

0810 1 14 16 18 20 22 0 02 04 06 08

Local Time (75degW)

Fig 17

Is 100

21-22 May 1975 60 JICAMARCA VERTICAL DRIFT 60_

40shy

20_

0

-20

-40 UI- II QE

SpF-60 shy

-803 3 r2Ss04100

08i 12 1416 18 20 22 00 02 04 06 08

Local --Time (75 0degW)

Fig 18

S 10 0 I I I I ] I I I I I 1 J

80 22-23 May 1975

60- JICAMARCA VERTICAL DRIFT

40

20

0 -20 _

-40 _

-60 Sp F 6

~83III 13 3 2 2 2 2 1K o

08 10 14 1 18 2022 00 02 04 06 08

-- Local Time (751W)

Fig 19

m 100

80 23-24 May 1975

60 JICAMARCA VERTICAL DRIFT

40

20

0

-20- 0

-40- - 1shy

-60 - - ii F

-80 2a 2 0 0 2 2 -t 0 0 1 1 11 II

0810 12 14 16 48 20 22 00 02 04 06 08

Local Time (750 W)

Fig 20

10o

80

60 40

24-25 May

1975

JICAMARCA VERTICAL DRIFT

0 L)

-20

-40

-60

2 2 1

C

2 2 2 1 0

-100 08 10 12 14 16

Local 18 20 22 Time (751W)

00 02 04 Zf

06 08

Fig 21

Ms 100

80 JICAMARCA VERTICAL DRIFTS

60

40

19 - 24 May975 -20 5

0

-20

-40

-60 -810shy

shy

mioor 08 10 12 14 16

Local 18 20 22

Time (75degW)

00 02 04 06 08

Fig 22

ms 100 0 02-03 June 1975 1

80-

GO JICAMARCA VERTICAL DRIFT

40_

20

0

-20

-40shy

-60

-80 3 22 2o______ ___II_____ O-__o I Ia 22 MTfl)4080 12 14 16 18 20 22 00 02 04 06

Local Time (750 W)

Fig 23

08

0 $ I~lI t i I I I I I I I 1 I I I i t I I IiN 100 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

80- 05-06 June 1975

60- JICAMARCA VERTICAL DRIFT

40shy

20shy

0

-20

-40shy-60 i

3-8o 2I I I shy-40113 i 31 21 L-3 o -100 ____-______-

08 10 12 M 16 18 20 22 00 02 04 0608 Local Time (750 W)

Fig 24

100 I i I I I I I I I I I I I I I I I I I

I80 06-07 June 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20_

0

-20shy

-40shy

-60 shy

-80-3 4 -1 1 1 j ---- 10 0

08 10 12 4 16 18 20 22 00 02 04 06 08

Local Time (75 0 W)

Fig 25

r si( o I I I I I I I I I I I I I I I I I I

80 07-08 June 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20

0 I

-20

-40shy

-80shy-803 2 2 2 0 1

08 10 12 4 46 18 20 22 -00 02 04 06 08

Local Time (75 0 W)

Fig 26

I100

80

60

JICAMARCA 02- 08

VERTICAL JUNE 1975

DRIFTS

40

2 1 0 -

3 3

0

-20 -shy

4

-40

-60

m_ 0

08

I

40

I l

12 14 16 Local

I

18 20 Time

I

22 00

(75 0 W)

I

02

1 II

04 0608

Fig 27

800- -Km JICAMARCA PERU DRIFT PROFILE

JUNE 02 975 700 109 LT

600-shy

1500

400 -1 in

300---1

200 IshyI---4

N

100

-60 -40 - -20 0 Ms +20 +40 +60

N0 284

Fig 28

JICAMARCA PERU DRIFT PROFILE

JUNE 05 1975 1210 LT

800

700

-Km

600

500

I

400- - Ln -Fshy

300bull

II200

I I j I

100shy

l It j I I I

-60 -40 -20 0 ms +20 +40 +60

Fig 29

800 Km JICAMARCA PERU DRIFT PROFILE

JUNE 06 1975 700 1230 LT

600

500 -- I-- -

LI

5300 I-I

-4 I

400 3

400

200 shy-4

I it I I -60 -40 -20 0ms +20 +40 +60

Fig - 30

JICAMARCA PERU DRIFT PROFILE 1107 Rocket Launch Time JUNE 07 1975 i1OOLT

800 --Km

Too

600 ----shy

500-

II

400 -

300-

-4shy

4

-4

-4

200 Ishy

ido

bull-60 -40 -20 Oms +20 t40 +60

Fig 31

JICAMARCA PERU DRIFT PROFILE 4145 Rocket Launch Time JUNE 071975

i1AO LT

I I I I I -60 -40 -0 --

Fig 32

800 -- Km

700

600

500

400 bull

300--

I-4

-4w

-II

I

200

100

-

I

I Oms

I +20

I I 40

I I +60

APPENDIX C

ELECTROJETRELATIVE ECHO POWER DENSITY

- S5shy

-56-

FIGURE CAPTIONS

Fig 33 to167 Compositeof relative echo power density vershy

sus frequency deviation for the times (750W)

and dates indicated

I II if I I I I I I 7-

I JICAMARCAJ PERU 1975io 3onod- JUNE 2442e3of (75Ow)

w

10 -40

QWESTQ60 SPECTRUM 49 920 M HiZ

3 EAST

0

o 01 5- 5 7- a

gt _

-450 Ha 0 + 150 He 4- f FROM TRANSMITTED FREQUENCY

Fg2766 ALOnr75

Fig 33

~~~~~ I ~ f I I l l iv~ JICAMARCA PERU1979 JUNE 2

600 SPECTRUM 1 =o4 9 9 2 0WES MHZ10 EAST

Uo 4 0 --

6 o

5

w 08

-150 Ha 0 +150 Hz--- A FROM TRANSMITTED FREQUENCY - ALOIT75

Fig 34

-13shy

1 JUNE 03 1975

COMPOSITE N0 10 COMPOSITE Noll COMPOSITE N0 12

1252 1325 1355

1255 1327 1357

1257 1330 1400

1300 1332 1402

1302 1335 1405

1307 1337 1407

1310 1340 1410

1312 1342 1412

1315 1345 1415

1317 1347 1417

1320 1350 1420

1322 1352 1422

1425

1427

JUNE 05 1975

COMPOSITE N0 10 COMPOSITE N0 2 COMPOSITE N0 3

0847 0922 0952 0850 0925 0955

0852 0927 1010

0855 0930 1012

0900 0932 1025

0902 1027

0907 1102

0910 1105

0912 1107

0917 1122

0920 1125

1127

4

-14shy

l -JUNE 05 1975

COMPOSITE N4 COMPOSITE Ndeg5 COMPOSITE N0 6

1142 1210 1240 1145 1212 1242

1147 1215 1245

1150 -1217 1247

1152 1220 1302 shy

1155 1305

1157 1307

COMPOSITE N0 7 COMPOSITE N0 8

13312 1405

1335 1407

1337

1340

1342

1345

1347

JUNE 06 1975

COMPOSITE N0 l COMPOSITE N02 COMPOSITE N0 3

0852 0947 1115

0855 1007 1117

0857 1010 1122

0900 1045 1125

0902 1050 1127

0905 1052 1130

0907 1057 1132 0922 1100 1135

0925 1105 1137

0927 1107 1140

0942 1110 1142

0945 1112 1147

-15shy

JUNE 06 1975

COMPOSITE N0 4 COMPOSITE N0 5

1152 1252

1155 1257

1157 1302

1200 1340

1202 1342

1205 1345

1207 1347

1222 1352

1225 1355

1227 1357

1247

JUNE 07 1975

COMPOSITE N0 l COMPOSITE N02 COMPOSITE N0 3

0845 1002 1057

0847 1005 1120

0902 1007

0905 1010 COMPOSITE N0 4

0907 1015

0920 1017 1122

0922 1030 1125

0925 -1032

0927 1035 COMPOSITE N0 5

0942 1037 1127

0945 1050 1150

0947 1052

1055

II

COMPOSITE N0 6

1212

1215

1217

1220

1222

1235

1237

1240

1242

1245

1247

1302

-16-

JUNE 07 1975

COMPOSITE N0 7

1305

1307

1310

1320

1322

1325

1327

TABLE IV

ELECTROJET DOPPLER SHIFT AND CONDITION

DATE

JUNE 02 1975

INTERVAL (LT)

1037-1117 1207 1310 1402-1432

1450-1500 1522-1527 1540-1547

JUNE 03 1975 0827-1427

JUNE 05 1975 0847-0932 0952-1027 1102-1107

1122-1127 1142-1220 1240-1312

1335-1347 1402-1407

JUN1 06t 1975 0852-0907 0922-0927 0942-0947

1000 1007 1045-1207-1022-I0amp2

_1047 13-02 1340-1357

JUNE 07 1975 1045-1047 0902-0907 0920-0927

0942-0947 1002-1017 1030-1057

1120-1127 1150 1212-1327

mABLE V

150 KM ECHOING REGION

JUNE 07 1975

LOCAL TIME

1000

1104

1112

1113

1136

1156

1200

1203

1106

1227

APPENDIX A

ELECTRON CONCENTRATION AND TEMPERATURE

-20-

FIGURE CAPTIONS

Fig 1 to 9 Electron Density contour as function of height

At2cal-times indicated in the figure

Fig 10 to 15 Same as above but the electron tempetature con

tour is shownshy

1000 I I I I aIa a

800

JICAMARCA PERU ELECTRON DENSITY

MAY 19-20 1975

Log10 Ne S~=p F

600 50

E

400

I-

55

h maxshyhma

15 -

5

Y

=200 5

5

Sp F

oI

08

Fig

I

i0

1

I I

12

I I

14

I

16

I I

A8

LOCAL

I I 1

20

TIME

I I

22 00

(750 W)

I

02

I

04

I

06 08

i000 I Ii

JICAMARCA PERU Log10 Ne ELECTRON DENSITY

Sp FMAY 20-21 1975800

I shy

600

55

400

hmax

5

50 Sp vFa

0 I I I I I I II 08 10 12 14 16 18 20 22 00 02 04 06 08

LOCAL TIME (75degW)

Fig 2

o o I I I I I I I I I I I I I I

800

JICAMARCA PERU ELECTRON DENSITY

MAY 21-2 1975

Log o Ne

Sp OF

k 1

600 5

E 400

55

hma

45

I

55

50200

SpF =

008

S rI

10

I

12

I

14

I I

16

I I I

18 LOCAL

I I

20

TIME

I

22 do (75 0 W)

I I

02

I

04 06

j

08

Fig 3

4000 i I I

- 800

JICAMARCA PERU ELECTRON DENSITY

MAY 22-23 1975

Log10 Ne

SpF

600

S

400

Lu ZO

Xh

5 55

max---

55-

55

6 h maxrnax

55

55

hmax

-

SpF

0 08 10

I Q

I Ii 14 16

I I I 1M

LOCAL

I I 20

TIME

I 22 00

(75deg W)

02 04

06

08

Fig 4

000

Log10 Ne

ELECTRON DENSITY Sp F

800 MAY 23-24 1975

600 5 0 5 0

- 50

E 55 400

(D

w

roo hmax

s 55

5

hmaxamp 555

50

_ _55_

5

_

hmax5o

m~ox

SpFa ]

08 10 12 14 16 18 20 22 00 02 04 06 08

LOCAL TIME (750 W)

Fig 5

10001100 I I I I I I I I I TI - -I -

800 -

JICAMARCA PERU ELECTRON DENSITY

24 MAY 19r5

Lo Ne S Sp NF

600

50 5

-r

D -400

5 55

Sh max

200 55

-55

0 I I I I I I I I I I I I

08 iO 12 14 LOCAL

16 TIME

18 (750 W)

20 22 24

Fig 6

1000 II bull

Log1o NeJICAMARCA PERUELECTRON1 DENSITY

S27 MAY 1 1975

800

50S00

40 shy 200

o I I I 1 I I I I I I I I I

08 10 42 14

LOCAL 16

TIME 18 (750 W)

20 22 24

Fig 7

1o 0 0 o I i 1 I i 1I i jlI

800

JICAMARCA PERU ELECTRON DENSITY

2 8 MAY 197 5 bull

Log 1 o Ne

Sp

E600 -

050

400 55 -1-

-h rnaxe

50

55 h-max

00

200 - 55 50

o 0

08

Fig 8

I

10

I

42

I I

14

LOCAL

I I I

16

TIME

t 1

18

((75degW) 20

I

22

24

1000 I I I I I I I I I I I I I

800

JICAMARCA PERU ELECTRON DENSITY

29 MAY 1975

LgloNe

SpUF

--

600 50

I-- -shy

o 400 -

55

h maxh

50

200 -

~

oI 0

08

Fig 9

-4

10

I I

12

I

44

LOCAL

T I

46

TIME

I

18

(75 0 W)

I

20

I I - I e~

22 24

700

60

I

oo

A -I IoIl

9

bull 300 deg

io

I

110

I I I I

JICAMARCA PERU ELECTRON TEMPERATURE

1 MAY 1975

500

E400 --

CD 300

h

4000 I

20500F

8000 0000 -

D ~ - oedegoo

9000 v v v v 300 -shyiO00 --hmax

2 0 0

C)

200 -40

g10 F

0800 000 1200 4400 1600 4800 2000 2200 2400

-Fig 10

700-

i I i i

JICAMARCA PERU

ELECTRON TEMPERATURE 20 MAY 975

I

i

i

-ii -

i -

600

1400 -

7000

500

500

E400

300

zoo-200

-

-

- 00

000 deg 150-

hmax-100o

15-S0

-

0 1500-

-

I

maxSdeg500-shy

-

1106I

-a 100

-

0800

Fig ]-I

1000 1200 IrI +

1400 LOCAL

4600 TIME

1 - 1800

(759W)

I 2000 2200 2400

700-

I I JICAMARCA PERU

ELECTRON TEMPERATURE 21 MAY 1975

I 1 I I I

13000

I

500shy

400 -I--shy

300

j)Q

3O0bull

000

deg

200-h d--

150

00Wooo- ~

a

~ - SpF

0o

0800

Fig 12

4000 1200 1400 LOCAL

4600 TIME

4800 (75degW)

2000 2200 2400

700

I- I-7 -

S9000

II

-1300

1 F I I I I

JICAMARCA PERU ELECTRON TEMPERATURE

24 MAY 1975

-

600000

600

2400 -

09000

9O0

h00ma - aa000

aOO -

00 20shy

00 o __________--m -

h---h 15000 000deg

I ___ __ _O_ _ 100It 0

max1--500

1000

0 -

0800

Fig 13

1000 1200 1400

LOCAL

1600

TIME

1800

(750W)

2000 2200 2400

70Q shy7000deg

-

10000 15000 1__j6000 JICAMARCA PERU

ELECTRON TEMPERATURE Z7 MAY 4975

600 i3000

500 -

E400

o 300 -

200

- -1050 9000 050 o

M oo

0 1500-i50 h max max

1506 deg ---shy-0oi 150 0 deg

W00o 1000o

100

0 0800

Fig

I I 1000

14

1200

F 1I I

1400 LOCAL

1600 TIME

I I

180 (750 W)

I 2000

1

2200 2400

1 I I1 1 i I 1 I I I I I

JICAMARCA PERU1200 ELECTRON TEMPERATURE

700 1500 1 28 MAY 1975

100000 -1000 oo

500

9000

500o 2 - 4000 -

0300 10000 90 Wooo5

200 15000

Fg150 15000 -I200 -1500deg 1000 hmax

C400 I - I IlIoo deg i shytoooo-

20000 10001014O10180200 20 100shy

I II -1 1 -I degI I II0 0800 1000 1200 KOO() 1600 1800 2000 bull2200 2400

LOCAL TIME (750 W) Fig 15

APPENDIX B

VERTICAL DRIFT

-36shy

Fig 16 to 21

Fig 22

Fig 23 to 26

Fig-27

Fig 28 to 32

-37-

FIGURE CAPTIONS

Vertical drift velocities and Spread-F activi

ty for the local times (750W) and dates indishy

cated

Composite of Figs 16 to 21

Vertical drift velocities and Spread-F activi ty forthe local times (750W) and dates indishy

cated

Composite ofFigs-2tor-

Typical drift profiles forthe times (750 W)

and dates indicated as functions of bullheightb

lom0 o0I

80

60

i I I i

19-20 May

I

1975

i I I I i I

JICAMARCA

I L I

VERTICAL

i I

DRIFT

40

ZO)

0 -20shy

c

-40 -60o sp

k

-80--O100-

08 0 12 14 16

Locol

5 443l

18 20 22 0

Time (750 W) 02 04

1 L2U YIIt deg

06 08

Fig 16

I I I I I I I I I I I I IIII I I

80 20- 21 May 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20

20

-20

-60- SpF

-80 1 1

1 3 1 6 1 2 3 2

0810 1 14 16 18 20 22 0 02 04 06 08

Local Time (75degW)

Fig 17

Is 100

21-22 May 1975 60 JICAMARCA VERTICAL DRIFT 60_

40shy

20_

0

-20

-40 UI- II QE

SpF-60 shy

-803 3 r2Ss04100

08i 12 1416 18 20 22 00 02 04 06 08

Local --Time (75 0degW)

Fig 18

S 10 0 I I I I ] I I I I I 1 J

80 22-23 May 1975

60- JICAMARCA VERTICAL DRIFT

40

20

0 -20 _

-40 _

-60 Sp F 6

~83III 13 3 2 2 2 2 1K o

08 10 14 1 18 2022 00 02 04 06 08

-- Local Time (751W)

Fig 19

m 100

80 23-24 May 1975

60 JICAMARCA VERTICAL DRIFT

40

20

0

-20- 0

-40- - 1shy

-60 - - ii F

-80 2a 2 0 0 2 2 -t 0 0 1 1 11 II

0810 12 14 16 48 20 22 00 02 04 06 08

Local Time (750 W)

Fig 20

10o

80

60 40

24-25 May

1975

JICAMARCA VERTICAL DRIFT

0 L)

-20

-40

-60

2 2 1

C

2 2 2 1 0

-100 08 10 12 14 16

Local 18 20 22 Time (751W)

00 02 04 Zf

06 08

Fig 21

Ms 100

80 JICAMARCA VERTICAL DRIFTS

60

40

19 - 24 May975 -20 5

0

-20

-40

-60 -810shy

shy

mioor 08 10 12 14 16

Local 18 20 22

Time (75degW)

00 02 04 06 08

Fig 22

ms 100 0 02-03 June 1975 1

80-

GO JICAMARCA VERTICAL DRIFT

40_

20

0

-20

-40shy

-60

-80 3 22 2o______ ___II_____ O-__o I Ia 22 MTfl)4080 12 14 16 18 20 22 00 02 04 06

Local Time (750 W)

Fig 23

08

0 $ I~lI t i I I I I I I I 1 I I I i t I I IiN 100 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

80- 05-06 June 1975

60- JICAMARCA VERTICAL DRIFT

40shy

20shy

0

-20

-40shy-60 i

3-8o 2I I I shy-40113 i 31 21 L-3 o -100 ____-______-

08 10 12 M 16 18 20 22 00 02 04 0608 Local Time (750 W)

Fig 24

100 I i I I I I I I I I I I I I I I I I I

I80 06-07 June 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20_

0

-20shy

-40shy

-60 shy

-80-3 4 -1 1 1 j ---- 10 0

08 10 12 4 16 18 20 22 00 02 04 06 08

Local Time (75 0 W)

Fig 25

r si( o I I I I I I I I I I I I I I I I I I

80 07-08 June 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20

0 I

-20

-40shy

-80shy-803 2 2 2 0 1

08 10 12 4 46 18 20 22 -00 02 04 06 08

Local Time (75 0 W)

Fig 26

I100

80

60

JICAMARCA 02- 08

VERTICAL JUNE 1975

DRIFTS

40

2 1 0 -

3 3

0

-20 -shy

4

-40

-60

m_ 0

08

I

40

I l

12 14 16 Local

I

18 20 Time

I

22 00

(75 0 W)

I

02

1 II

04 0608

Fig 27

800- -Km JICAMARCA PERU DRIFT PROFILE

JUNE 02 975 700 109 LT

600-shy

1500

400 -1 in

300---1

200 IshyI---4

N

100

-60 -40 - -20 0 Ms +20 +40 +60

N0 284

Fig 28

JICAMARCA PERU DRIFT PROFILE

JUNE 05 1975 1210 LT

800

700

-Km

600

500

I

400- - Ln -Fshy

300bull

II200

I I j I

100shy

l It j I I I

-60 -40 -20 0 ms +20 +40 +60

Fig 29

800 Km JICAMARCA PERU DRIFT PROFILE

JUNE 06 1975 700 1230 LT

600

500 -- I-- -

LI

5300 I-I

-4 I

400 3

400

200 shy-4

I it I I -60 -40 -20 0ms +20 +40 +60

Fig - 30

JICAMARCA PERU DRIFT PROFILE 1107 Rocket Launch Time JUNE 07 1975 i1OOLT

800 --Km

Too

600 ----shy

500-

II

400 -

300-

-4shy

4

-4

-4

200 Ishy

ido

bull-60 -40 -20 Oms +20 t40 +60

Fig 31

JICAMARCA PERU DRIFT PROFILE 4145 Rocket Launch Time JUNE 071975

i1AO LT

I I I I I -60 -40 -0 --

Fig 32

800 -- Km

700

600

500

400 bull

300--

I-4

-4w

-II

I

200

100

-

I

I Oms

I +20

I I 40

I I +60

APPENDIX C

ELECTROJETRELATIVE ECHO POWER DENSITY

- S5shy

-56-

FIGURE CAPTIONS

Fig 33 to167 Compositeof relative echo power density vershy

sus frequency deviation for the times (750W)

and dates indicated

I II if I I I I I I 7-

I JICAMARCAJ PERU 1975io 3onod- JUNE 2442e3of (75Ow)

w

10 -40

QWESTQ60 SPECTRUM 49 920 M HiZ

3 EAST

0

o 01 5- 5 7- a

gt _

-450 Ha 0 + 150 He 4- f FROM TRANSMITTED FREQUENCY

Fg2766 ALOnr75

Fig 33

~~~~~ I ~ f I I l l iv~ JICAMARCA PERU1979 JUNE 2

600 SPECTRUM 1 =o4 9 9 2 0WES MHZ10 EAST

Uo 4 0 --

6 o

5

w 08

-150 Ha 0 +150 Hz--- A FROM TRANSMITTED FREQUENCY - ALOIT75

Fig 34

-14shy

l -JUNE 05 1975

COMPOSITE N4 COMPOSITE Ndeg5 COMPOSITE N0 6

1142 1210 1240 1145 1212 1242

1147 1215 1245

1150 -1217 1247

1152 1220 1302 shy

1155 1305

1157 1307

COMPOSITE N0 7 COMPOSITE N0 8

13312 1405

1335 1407

1337

1340

1342

1345

1347

JUNE 06 1975

COMPOSITE N0 l COMPOSITE N02 COMPOSITE N0 3

0852 0947 1115

0855 1007 1117

0857 1010 1122

0900 1045 1125

0902 1050 1127

0905 1052 1130

0907 1057 1132 0922 1100 1135

0925 1105 1137

0927 1107 1140

0942 1110 1142

0945 1112 1147

-15shy

JUNE 06 1975

COMPOSITE N0 4 COMPOSITE N0 5

1152 1252

1155 1257

1157 1302

1200 1340

1202 1342

1205 1345

1207 1347

1222 1352

1225 1355

1227 1357

1247

JUNE 07 1975

COMPOSITE N0 l COMPOSITE N02 COMPOSITE N0 3

0845 1002 1057

0847 1005 1120

0902 1007

0905 1010 COMPOSITE N0 4

0907 1015

0920 1017 1122

0922 1030 1125

0925 -1032

0927 1035 COMPOSITE N0 5

0942 1037 1127

0945 1050 1150

0947 1052

1055

II

COMPOSITE N0 6

1212

1215

1217

1220

1222

1235

1237

1240

1242

1245

1247

1302

-16-

JUNE 07 1975

COMPOSITE N0 7

1305

1307

1310

1320

1322

1325

1327

TABLE IV

ELECTROJET DOPPLER SHIFT AND CONDITION

DATE

JUNE 02 1975

INTERVAL (LT)

1037-1117 1207 1310 1402-1432

1450-1500 1522-1527 1540-1547

JUNE 03 1975 0827-1427

JUNE 05 1975 0847-0932 0952-1027 1102-1107

1122-1127 1142-1220 1240-1312

1335-1347 1402-1407

JUN1 06t 1975 0852-0907 0922-0927 0942-0947

1000 1007 1045-1207-1022-I0amp2

_1047 13-02 1340-1357

JUNE 07 1975 1045-1047 0902-0907 0920-0927

0942-0947 1002-1017 1030-1057

1120-1127 1150 1212-1327

mABLE V

150 KM ECHOING REGION

JUNE 07 1975

LOCAL TIME

1000

1104

1112

1113

1136

1156

1200

1203

1106

1227

APPENDIX A

ELECTRON CONCENTRATION AND TEMPERATURE

-20-

FIGURE CAPTIONS

Fig 1 to 9 Electron Density contour as function of height

At2cal-times indicated in the figure

Fig 10 to 15 Same as above but the electron tempetature con

tour is shownshy

1000 I I I I aIa a

800

JICAMARCA PERU ELECTRON DENSITY

MAY 19-20 1975

Log10 Ne S~=p F

600 50

E

400

I-

55

h maxshyhma

15 -

5

Y

=200 5

5

Sp F

oI

08

Fig

I

i0

1

I I

12

I I

14

I

16

I I

A8

LOCAL

I I 1

20

TIME

I I

22 00

(750 W)

I

02

I

04

I

06 08

i000 I Ii

JICAMARCA PERU Log10 Ne ELECTRON DENSITY

Sp FMAY 20-21 1975800

I shy

600

55

400

hmax

5

50 Sp vFa

0 I I I I I I II 08 10 12 14 16 18 20 22 00 02 04 06 08

LOCAL TIME (75degW)

Fig 2

o o I I I I I I I I I I I I I I

800

JICAMARCA PERU ELECTRON DENSITY

MAY 21-2 1975

Log o Ne

Sp OF

k 1

600 5

E 400

55

hma

45

I

55

50200

SpF =

008

S rI

10

I

12

I

14

I I

16

I I I

18 LOCAL

I I

20

TIME

I

22 do (75 0 W)

I I

02

I

04 06

j

08

Fig 3

4000 i I I

- 800

JICAMARCA PERU ELECTRON DENSITY

MAY 22-23 1975

Log10 Ne

SpF

600

S

400

Lu ZO

Xh

5 55

max---

55-

55

6 h maxrnax

55

55

hmax

-

SpF

0 08 10

I Q

I Ii 14 16

I I I 1M

LOCAL

I I 20

TIME

I 22 00

(75deg W)

02 04

06

08

Fig 4

000

Log10 Ne

ELECTRON DENSITY Sp F

800 MAY 23-24 1975

600 5 0 5 0

- 50

E 55 400

(D

w

roo hmax

s 55

5

hmaxamp 555

50

_ _55_

5

_

hmax5o

m~ox

SpFa ]

08 10 12 14 16 18 20 22 00 02 04 06 08

LOCAL TIME (750 W)

Fig 5

10001100 I I I I I I I I I TI - -I -

800 -

JICAMARCA PERU ELECTRON DENSITY

24 MAY 19r5

Lo Ne S Sp NF

600

50 5

-r

D -400

5 55

Sh max

200 55

-55

0 I I I I I I I I I I I I

08 iO 12 14 LOCAL

16 TIME

18 (750 W)

20 22 24

Fig 6

1000 II bull

Log1o NeJICAMARCA PERUELECTRON1 DENSITY

S27 MAY 1 1975

800

50S00

40 shy 200

o I I I 1 I I I I I I I I I

08 10 42 14

LOCAL 16

TIME 18 (750 W)

20 22 24

Fig 7

1o 0 0 o I i 1 I i 1I i jlI

800

JICAMARCA PERU ELECTRON DENSITY

2 8 MAY 197 5 bull

Log 1 o Ne

Sp

E600 -

050

400 55 -1-

-h rnaxe

50

55 h-max

00

200 - 55 50

o 0

08

Fig 8

I

10

I

42

I I

14

LOCAL

I I I

16

TIME

t 1

18

((75degW) 20

I

22

24

1000 I I I I I I I I I I I I I

800

JICAMARCA PERU ELECTRON DENSITY

29 MAY 1975

LgloNe

SpUF

--

600 50

I-- -shy

o 400 -

55

h maxh

50

200 -

~

oI 0

08

Fig 9

-4

10

I I

12

I

44

LOCAL

T I

46

TIME

I

18

(75 0 W)

I

20

I I - I e~

22 24

700

60

I

oo

A -I IoIl

9

bull 300 deg

io

I

110

I I I I

JICAMARCA PERU ELECTRON TEMPERATURE

1 MAY 1975

500

E400 --

CD 300

h

4000 I

20500F

8000 0000 -

D ~ - oedegoo

9000 v v v v 300 -shyiO00 --hmax

2 0 0

C)

200 -40

g10 F

0800 000 1200 4400 1600 4800 2000 2200 2400

-Fig 10

700-

i I i i

JICAMARCA PERU

ELECTRON TEMPERATURE 20 MAY 975

I

i

i

-ii -

i -

600

1400 -

7000

500

500

E400

300

zoo-200

-

-

- 00

000 deg 150-

hmax-100o

15-S0

-

0 1500-

-

I

maxSdeg500-shy

-

1106I

-a 100

-

0800

Fig ]-I

1000 1200 IrI +

1400 LOCAL

4600 TIME

1 - 1800

(759W)

I 2000 2200 2400

700-

I I JICAMARCA PERU

ELECTRON TEMPERATURE 21 MAY 1975

I 1 I I I

13000

I

500shy

400 -I--shy

300

j)Q

3O0bull

000

deg

200-h d--

150

00Wooo- ~

a

~ - SpF

0o

0800

Fig 12

4000 1200 1400 LOCAL

4600 TIME

4800 (75degW)

2000 2200 2400

700

I- I-7 -

S9000

II

-1300

1 F I I I I

JICAMARCA PERU ELECTRON TEMPERATURE

24 MAY 1975

-

600000

600

2400 -

09000

9O0

h00ma - aa000

aOO -

00 20shy

00 o __________--m -

h---h 15000 000deg

I ___ __ _O_ _ 100It 0

max1--500

1000

0 -

0800

Fig 13

1000 1200 1400

LOCAL

1600

TIME

1800

(750W)

2000 2200 2400

70Q shy7000deg

-

10000 15000 1__j6000 JICAMARCA PERU

ELECTRON TEMPERATURE Z7 MAY 4975

600 i3000

500 -

E400

o 300 -

200

- -1050 9000 050 o

M oo

0 1500-i50 h max max

1506 deg ---shy-0oi 150 0 deg

W00o 1000o

100

0 0800

Fig

I I 1000

14

1200

F 1I I

1400 LOCAL

1600 TIME

I I

180 (750 W)

I 2000

1

2200 2400

1 I I1 1 i I 1 I I I I I

JICAMARCA PERU1200 ELECTRON TEMPERATURE

700 1500 1 28 MAY 1975

100000 -1000 oo

500

9000

500o 2 - 4000 -

0300 10000 90 Wooo5

200 15000

Fg150 15000 -I200 -1500deg 1000 hmax

C400 I - I IlIoo deg i shytoooo-

20000 10001014O10180200 20 100shy

I II -1 1 -I degI I II0 0800 1000 1200 KOO() 1600 1800 2000 bull2200 2400

LOCAL TIME (750 W) Fig 15

APPENDIX B

VERTICAL DRIFT

-36shy

Fig 16 to 21

Fig 22

Fig 23 to 26

Fig-27

Fig 28 to 32

-37-

FIGURE CAPTIONS

Vertical drift velocities and Spread-F activi

ty for the local times (750W) and dates indishy

cated

Composite of Figs 16 to 21

Vertical drift velocities and Spread-F activi ty forthe local times (750W) and dates indishy

cated

Composite ofFigs-2tor-

Typical drift profiles forthe times (750 W)

and dates indicated as functions of bullheightb

lom0 o0I

80

60

i I I i

19-20 May

I

1975

i I I I i I

JICAMARCA

I L I

VERTICAL

i I

DRIFT

40

ZO)

0 -20shy

c

-40 -60o sp

k

-80--O100-

08 0 12 14 16

Locol

5 443l

18 20 22 0

Time (750 W) 02 04

1 L2U YIIt deg

06 08

Fig 16

I I I I I I I I I I I I IIII I I

80 20- 21 May 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20

20

-20

-60- SpF

-80 1 1

1 3 1 6 1 2 3 2

0810 1 14 16 18 20 22 0 02 04 06 08

Local Time (75degW)

Fig 17

Is 100

21-22 May 1975 60 JICAMARCA VERTICAL DRIFT 60_

40shy

20_

0

-20

-40 UI- II QE

SpF-60 shy

-803 3 r2Ss04100

08i 12 1416 18 20 22 00 02 04 06 08

Local --Time (75 0degW)

Fig 18

S 10 0 I I I I ] I I I I I 1 J

80 22-23 May 1975

60- JICAMARCA VERTICAL DRIFT

40

20

0 -20 _

-40 _

-60 Sp F 6

~83III 13 3 2 2 2 2 1K o

08 10 14 1 18 2022 00 02 04 06 08

-- Local Time (751W)

Fig 19

m 100

80 23-24 May 1975

60 JICAMARCA VERTICAL DRIFT

40

20

0

-20- 0

-40- - 1shy

-60 - - ii F

-80 2a 2 0 0 2 2 -t 0 0 1 1 11 II

0810 12 14 16 48 20 22 00 02 04 06 08

Local Time (750 W)

Fig 20

10o

80

60 40

24-25 May

1975

JICAMARCA VERTICAL DRIFT

0 L)

-20

-40

-60

2 2 1

C

2 2 2 1 0

-100 08 10 12 14 16

Local 18 20 22 Time (751W)

00 02 04 Zf

06 08

Fig 21

Ms 100

80 JICAMARCA VERTICAL DRIFTS

60

40

19 - 24 May975 -20 5

0

-20

-40

-60 -810shy

shy

mioor 08 10 12 14 16

Local 18 20 22

Time (75degW)

00 02 04 06 08

Fig 22

ms 100 0 02-03 June 1975 1

80-

GO JICAMARCA VERTICAL DRIFT

40_

20

0

-20

-40shy

-60

-80 3 22 2o______ ___II_____ O-__o I Ia 22 MTfl)4080 12 14 16 18 20 22 00 02 04 06

Local Time (750 W)

Fig 23

08

0 $ I~lI t i I I I I I I I 1 I I I i t I I IiN 100 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

80- 05-06 June 1975

60- JICAMARCA VERTICAL DRIFT

40shy

20shy

0

-20

-40shy-60 i

3-8o 2I I I shy-40113 i 31 21 L-3 o -100 ____-______-

08 10 12 M 16 18 20 22 00 02 04 0608 Local Time (750 W)

Fig 24

100 I i I I I I I I I I I I I I I I I I I

I80 06-07 June 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20_

0

-20shy

-40shy

-60 shy

-80-3 4 -1 1 1 j ---- 10 0

08 10 12 4 16 18 20 22 00 02 04 06 08

Local Time (75 0 W)

Fig 25

r si( o I I I I I I I I I I I I I I I I I I

80 07-08 June 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20

0 I

-20

-40shy

-80shy-803 2 2 2 0 1

08 10 12 4 46 18 20 22 -00 02 04 06 08

Local Time (75 0 W)

Fig 26

I100

80

60

JICAMARCA 02- 08

VERTICAL JUNE 1975

DRIFTS

40

2 1 0 -

3 3

0

-20 -shy

4

-40

-60

m_ 0

08

I

40

I l

12 14 16 Local

I

18 20 Time

I

22 00

(75 0 W)

I

02

1 II

04 0608

Fig 27

800- -Km JICAMARCA PERU DRIFT PROFILE

JUNE 02 975 700 109 LT

600-shy

1500

400 -1 in

300---1

200 IshyI---4

N

100

-60 -40 - -20 0 Ms +20 +40 +60

N0 284

Fig 28

JICAMARCA PERU DRIFT PROFILE

JUNE 05 1975 1210 LT

800

700

-Km

600

500

I

400- - Ln -Fshy

300bull

II200

I I j I

100shy

l It j I I I

-60 -40 -20 0 ms +20 +40 +60

Fig 29

800 Km JICAMARCA PERU DRIFT PROFILE

JUNE 06 1975 700 1230 LT

600

500 -- I-- -

LI

5300 I-I

-4 I

400 3

400

200 shy-4

I it I I -60 -40 -20 0ms +20 +40 +60

Fig - 30

JICAMARCA PERU DRIFT PROFILE 1107 Rocket Launch Time JUNE 07 1975 i1OOLT

800 --Km

Too

600 ----shy

500-

II

400 -

300-

-4shy

4

-4

-4

200 Ishy

ido

bull-60 -40 -20 Oms +20 t40 +60

Fig 31

JICAMARCA PERU DRIFT PROFILE 4145 Rocket Launch Time JUNE 071975

i1AO LT

I I I I I -60 -40 -0 --

Fig 32

800 -- Km

700

600

500

400 bull

300--

I-4

-4w

-II

I

200

100

-

I

I Oms

I +20

I I 40

I I +60

APPENDIX C

ELECTROJETRELATIVE ECHO POWER DENSITY

- S5shy

-56-

FIGURE CAPTIONS

Fig 33 to167 Compositeof relative echo power density vershy

sus frequency deviation for the times (750W)

and dates indicated

I II if I I I I I I 7-

I JICAMARCAJ PERU 1975io 3onod- JUNE 2442e3of (75Ow)

w

10 -40

QWESTQ60 SPECTRUM 49 920 M HiZ

3 EAST

0

o 01 5- 5 7- a

gt _

-450 Ha 0 + 150 He 4- f FROM TRANSMITTED FREQUENCY

Fg2766 ALOnr75

Fig 33

~~~~~ I ~ f I I l l iv~ JICAMARCA PERU1979 JUNE 2

600 SPECTRUM 1 =o4 9 9 2 0WES MHZ10 EAST

Uo 4 0 --

6 o

5

w 08

-150 Ha 0 +150 Hz--- A FROM TRANSMITTED FREQUENCY - ALOIT75

Fig 34

-15shy

JUNE 06 1975

COMPOSITE N0 4 COMPOSITE N0 5

1152 1252

1155 1257

1157 1302

1200 1340

1202 1342

1205 1345

1207 1347

1222 1352

1225 1355

1227 1357

1247

JUNE 07 1975

COMPOSITE N0 l COMPOSITE N02 COMPOSITE N0 3

0845 1002 1057

0847 1005 1120

0902 1007

0905 1010 COMPOSITE N0 4

0907 1015

0920 1017 1122

0922 1030 1125

0925 -1032

0927 1035 COMPOSITE N0 5

0942 1037 1127

0945 1050 1150

0947 1052

1055

II

COMPOSITE N0 6

1212

1215

1217

1220

1222

1235

1237

1240

1242

1245

1247

1302

-16-

JUNE 07 1975

COMPOSITE N0 7

1305

1307

1310

1320

1322

1325

1327

TABLE IV

ELECTROJET DOPPLER SHIFT AND CONDITION

DATE

JUNE 02 1975

INTERVAL (LT)

1037-1117 1207 1310 1402-1432

1450-1500 1522-1527 1540-1547

JUNE 03 1975 0827-1427

JUNE 05 1975 0847-0932 0952-1027 1102-1107

1122-1127 1142-1220 1240-1312

1335-1347 1402-1407

JUN1 06t 1975 0852-0907 0922-0927 0942-0947

1000 1007 1045-1207-1022-I0amp2

_1047 13-02 1340-1357

JUNE 07 1975 1045-1047 0902-0907 0920-0927

0942-0947 1002-1017 1030-1057

1120-1127 1150 1212-1327

mABLE V

150 KM ECHOING REGION

JUNE 07 1975

LOCAL TIME

1000

1104

1112

1113

1136

1156

1200

1203

1106

1227

APPENDIX A

ELECTRON CONCENTRATION AND TEMPERATURE

-20-

FIGURE CAPTIONS

Fig 1 to 9 Electron Density contour as function of height

At2cal-times indicated in the figure

Fig 10 to 15 Same as above but the electron tempetature con

tour is shownshy

1000 I I I I aIa a

800

JICAMARCA PERU ELECTRON DENSITY

MAY 19-20 1975

Log10 Ne S~=p F

600 50

E

400

I-

55

h maxshyhma

15 -

5

Y

=200 5

5

Sp F

oI

08

Fig

I

i0

1

I I

12

I I

14

I

16

I I

A8

LOCAL

I I 1

20

TIME

I I

22 00

(750 W)

I

02

I

04

I

06 08

i000 I Ii

JICAMARCA PERU Log10 Ne ELECTRON DENSITY

Sp FMAY 20-21 1975800

I shy

600

55

400

hmax

5

50 Sp vFa

0 I I I I I I II 08 10 12 14 16 18 20 22 00 02 04 06 08

LOCAL TIME (75degW)

Fig 2

o o I I I I I I I I I I I I I I

800

JICAMARCA PERU ELECTRON DENSITY

MAY 21-2 1975

Log o Ne

Sp OF

k 1

600 5

E 400

55

hma

45

I

55

50200

SpF =

008

S rI

10

I

12

I

14

I I

16

I I I

18 LOCAL

I I

20

TIME

I

22 do (75 0 W)

I I

02

I

04 06

j

08

Fig 3

4000 i I I

- 800

JICAMARCA PERU ELECTRON DENSITY

MAY 22-23 1975

Log10 Ne

SpF

600

S

400

Lu ZO

Xh

5 55

max---

55-

55

6 h maxrnax

55

55

hmax

-

SpF

0 08 10

I Q

I Ii 14 16

I I I 1M

LOCAL

I I 20

TIME

I 22 00

(75deg W)

02 04

06

08

Fig 4

000

Log10 Ne

ELECTRON DENSITY Sp F

800 MAY 23-24 1975

600 5 0 5 0

- 50

E 55 400

(D

w

roo hmax

s 55

5

hmaxamp 555

50

_ _55_

5

_

hmax5o

m~ox

SpFa ]

08 10 12 14 16 18 20 22 00 02 04 06 08

LOCAL TIME (750 W)

Fig 5

10001100 I I I I I I I I I TI - -I -

800 -

JICAMARCA PERU ELECTRON DENSITY

24 MAY 19r5

Lo Ne S Sp NF

600

50 5

-r

D -400

5 55

Sh max

200 55

-55

0 I I I I I I I I I I I I

08 iO 12 14 LOCAL

16 TIME

18 (750 W)

20 22 24

Fig 6

1000 II bull

Log1o NeJICAMARCA PERUELECTRON1 DENSITY

S27 MAY 1 1975

800

50S00

40 shy 200

o I I I 1 I I I I I I I I I

08 10 42 14

LOCAL 16

TIME 18 (750 W)

20 22 24

Fig 7

1o 0 0 o I i 1 I i 1I i jlI

800

JICAMARCA PERU ELECTRON DENSITY

2 8 MAY 197 5 bull

Log 1 o Ne

Sp

E600 -

050

400 55 -1-

-h rnaxe

50

55 h-max

00

200 - 55 50

o 0

08

Fig 8

I

10

I

42

I I

14

LOCAL

I I I

16

TIME

t 1

18

((75degW) 20

I

22

24

1000 I I I I I I I I I I I I I

800

JICAMARCA PERU ELECTRON DENSITY

29 MAY 1975

LgloNe

SpUF

--

600 50

I-- -shy

o 400 -

55

h maxh

50

200 -

~

oI 0

08

Fig 9

-4

10

I I

12

I

44

LOCAL

T I

46

TIME

I

18

(75 0 W)

I

20

I I - I e~

22 24

700

60

I

oo

A -I IoIl

9

bull 300 deg

io

I

110

I I I I

JICAMARCA PERU ELECTRON TEMPERATURE

1 MAY 1975

500

E400 --

CD 300

h

4000 I

20500F

8000 0000 -

D ~ - oedegoo

9000 v v v v 300 -shyiO00 --hmax

2 0 0

C)

200 -40

g10 F

0800 000 1200 4400 1600 4800 2000 2200 2400

-Fig 10

700-

i I i i

JICAMARCA PERU

ELECTRON TEMPERATURE 20 MAY 975

I

i

i

-ii -

i -

600

1400 -

7000

500

500

E400

300

zoo-200

-

-

- 00

000 deg 150-

hmax-100o

15-S0

-

0 1500-

-

I

maxSdeg500-shy

-

1106I

-a 100

-

0800

Fig ]-I

1000 1200 IrI +

1400 LOCAL

4600 TIME

1 - 1800

(759W)

I 2000 2200 2400

700-

I I JICAMARCA PERU

ELECTRON TEMPERATURE 21 MAY 1975

I 1 I I I

13000

I

500shy

400 -I--shy

300

j)Q

3O0bull

000

deg

200-h d--

150

00Wooo- ~

a

~ - SpF

0o

0800

Fig 12

4000 1200 1400 LOCAL

4600 TIME

4800 (75degW)

2000 2200 2400

700

I- I-7 -

S9000

II

-1300

1 F I I I I

JICAMARCA PERU ELECTRON TEMPERATURE

24 MAY 1975

-

600000

600

2400 -

09000

9O0

h00ma - aa000

aOO -

00 20shy

00 o __________--m -

h---h 15000 000deg

I ___ __ _O_ _ 100It 0

max1--500

1000

0 -

0800

Fig 13

1000 1200 1400

LOCAL

1600

TIME

1800

(750W)

2000 2200 2400

70Q shy7000deg

-

10000 15000 1__j6000 JICAMARCA PERU

ELECTRON TEMPERATURE Z7 MAY 4975

600 i3000

500 -

E400

o 300 -

200

- -1050 9000 050 o

M oo

0 1500-i50 h max max

1506 deg ---shy-0oi 150 0 deg

W00o 1000o

100

0 0800

Fig

I I 1000

14

1200

F 1I I

1400 LOCAL

1600 TIME

I I

180 (750 W)

I 2000

1

2200 2400

1 I I1 1 i I 1 I I I I I

JICAMARCA PERU1200 ELECTRON TEMPERATURE

700 1500 1 28 MAY 1975

100000 -1000 oo

500

9000

500o 2 - 4000 -

0300 10000 90 Wooo5

200 15000

Fg150 15000 -I200 -1500deg 1000 hmax

C400 I - I IlIoo deg i shytoooo-

20000 10001014O10180200 20 100shy

I II -1 1 -I degI I II0 0800 1000 1200 KOO() 1600 1800 2000 bull2200 2400

LOCAL TIME (750 W) Fig 15

APPENDIX B

VERTICAL DRIFT

-36shy

Fig 16 to 21

Fig 22

Fig 23 to 26

Fig-27

Fig 28 to 32

-37-

FIGURE CAPTIONS

Vertical drift velocities and Spread-F activi

ty for the local times (750W) and dates indishy

cated

Composite of Figs 16 to 21

Vertical drift velocities and Spread-F activi ty forthe local times (750W) and dates indishy

cated

Composite ofFigs-2tor-

Typical drift profiles forthe times (750 W)

and dates indicated as functions of bullheightb

lom0 o0I

80

60

i I I i

19-20 May

I

1975

i I I I i I

JICAMARCA

I L I

VERTICAL

i I

DRIFT

40

ZO)

0 -20shy

c

-40 -60o sp

k

-80--O100-

08 0 12 14 16

Locol

5 443l

18 20 22 0

Time (750 W) 02 04

1 L2U YIIt deg

06 08

Fig 16

I I I I I I I I I I I I IIII I I

80 20- 21 May 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20

20

-20

-60- SpF

-80 1 1

1 3 1 6 1 2 3 2

0810 1 14 16 18 20 22 0 02 04 06 08

Local Time (75degW)

Fig 17

Is 100

21-22 May 1975 60 JICAMARCA VERTICAL DRIFT 60_

40shy

20_

0

-20

-40 UI- II QE

SpF-60 shy

-803 3 r2Ss04100

08i 12 1416 18 20 22 00 02 04 06 08

Local --Time (75 0degW)

Fig 18

S 10 0 I I I I ] I I I I I 1 J

80 22-23 May 1975

60- JICAMARCA VERTICAL DRIFT

40

20

0 -20 _

-40 _

-60 Sp F 6

~83III 13 3 2 2 2 2 1K o

08 10 14 1 18 2022 00 02 04 06 08

-- Local Time (751W)

Fig 19

m 100

80 23-24 May 1975

60 JICAMARCA VERTICAL DRIFT

40

20

0

-20- 0

-40- - 1shy

-60 - - ii F

-80 2a 2 0 0 2 2 -t 0 0 1 1 11 II

0810 12 14 16 48 20 22 00 02 04 06 08

Local Time (750 W)

Fig 20

10o

80

60 40

24-25 May

1975

JICAMARCA VERTICAL DRIFT

0 L)

-20

-40

-60

2 2 1

C

2 2 2 1 0

-100 08 10 12 14 16

Local 18 20 22 Time (751W)

00 02 04 Zf

06 08

Fig 21

Ms 100

80 JICAMARCA VERTICAL DRIFTS

60

40

19 - 24 May975 -20 5

0

-20

-40

-60 -810shy

shy

mioor 08 10 12 14 16

Local 18 20 22

Time (75degW)

00 02 04 06 08

Fig 22

ms 100 0 02-03 June 1975 1

80-

GO JICAMARCA VERTICAL DRIFT

40_

20

0

-20

-40shy

-60

-80 3 22 2o______ ___II_____ O-__o I Ia 22 MTfl)4080 12 14 16 18 20 22 00 02 04 06

Local Time (750 W)

Fig 23

08

0 $ I~lI t i I I I I I I I 1 I I I i t I I IiN 100 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

80- 05-06 June 1975

60- JICAMARCA VERTICAL DRIFT

40shy

20shy

0

-20

-40shy-60 i

3-8o 2I I I shy-40113 i 31 21 L-3 o -100 ____-______-

08 10 12 M 16 18 20 22 00 02 04 0608 Local Time (750 W)

Fig 24

100 I i I I I I I I I I I I I I I I I I I

I80 06-07 June 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20_

0

-20shy

-40shy

-60 shy

-80-3 4 -1 1 1 j ---- 10 0

08 10 12 4 16 18 20 22 00 02 04 06 08

Local Time (75 0 W)

Fig 25

r si( o I I I I I I I I I I I I I I I I I I

80 07-08 June 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20

0 I

-20

-40shy

-80shy-803 2 2 2 0 1

08 10 12 4 46 18 20 22 -00 02 04 06 08

Local Time (75 0 W)

Fig 26

I100

80

60

JICAMARCA 02- 08

VERTICAL JUNE 1975

DRIFTS

40

2 1 0 -

3 3

0

-20 -shy

4

-40

-60

m_ 0

08

I

40

I l

12 14 16 Local

I

18 20 Time

I

22 00

(75 0 W)

I

02

1 II

04 0608

Fig 27

800- -Km JICAMARCA PERU DRIFT PROFILE

JUNE 02 975 700 109 LT

600-shy

1500

400 -1 in

300---1

200 IshyI---4

N

100

-60 -40 - -20 0 Ms +20 +40 +60

N0 284

Fig 28

JICAMARCA PERU DRIFT PROFILE

JUNE 05 1975 1210 LT

800

700

-Km

600

500

I

400- - Ln -Fshy

300bull

II200

I I j I

100shy

l It j I I I

-60 -40 -20 0 ms +20 +40 +60

Fig 29

800 Km JICAMARCA PERU DRIFT PROFILE

JUNE 06 1975 700 1230 LT

600

500 -- I-- -

LI

5300 I-I

-4 I

400 3

400

200 shy-4

I it I I -60 -40 -20 0ms +20 +40 +60

Fig - 30

JICAMARCA PERU DRIFT PROFILE 1107 Rocket Launch Time JUNE 07 1975 i1OOLT

800 --Km

Too

600 ----shy

500-

II

400 -

300-

-4shy

4

-4

-4

200 Ishy

ido

bull-60 -40 -20 Oms +20 t40 +60

Fig 31

JICAMARCA PERU DRIFT PROFILE 4145 Rocket Launch Time JUNE 071975

i1AO LT

I I I I I -60 -40 -0 --

Fig 32

800 -- Km

700

600

500

400 bull

300--

I-4

-4w

-II

I

200

100

-

I

I Oms

I +20

I I 40

I I +60

APPENDIX C

ELECTROJETRELATIVE ECHO POWER DENSITY

- S5shy

-56-

FIGURE CAPTIONS

Fig 33 to167 Compositeof relative echo power density vershy

sus frequency deviation for the times (750W)

and dates indicated

I II if I I I I I I 7-

I JICAMARCAJ PERU 1975io 3onod- JUNE 2442e3of (75Ow)

w

10 -40

QWESTQ60 SPECTRUM 49 920 M HiZ

3 EAST

0

o 01 5- 5 7- a

gt _

-450 Ha 0 + 150 He 4- f FROM TRANSMITTED FREQUENCY

Fg2766 ALOnr75

Fig 33

~~~~~ I ~ f I I l l iv~ JICAMARCA PERU1979 JUNE 2

600 SPECTRUM 1 =o4 9 9 2 0WES MHZ10 EAST

Uo 4 0 --

6 o

5

w 08

-150 Ha 0 +150 Hz--- A FROM TRANSMITTED FREQUENCY - ALOIT75

Fig 34

COMPOSITE N0 6

1212

1215

1217

1220

1222

1235

1237

1240

1242

1245

1247

1302

-16-

JUNE 07 1975

COMPOSITE N0 7

1305

1307

1310

1320

1322

1325

1327

TABLE IV

ELECTROJET DOPPLER SHIFT AND CONDITION

DATE

JUNE 02 1975

INTERVAL (LT)

1037-1117 1207 1310 1402-1432

1450-1500 1522-1527 1540-1547

JUNE 03 1975 0827-1427

JUNE 05 1975 0847-0932 0952-1027 1102-1107

1122-1127 1142-1220 1240-1312

1335-1347 1402-1407

JUN1 06t 1975 0852-0907 0922-0927 0942-0947

1000 1007 1045-1207-1022-I0amp2

_1047 13-02 1340-1357

JUNE 07 1975 1045-1047 0902-0907 0920-0927

0942-0947 1002-1017 1030-1057

1120-1127 1150 1212-1327

mABLE V

150 KM ECHOING REGION

JUNE 07 1975

LOCAL TIME

1000

1104

1112

1113

1136

1156

1200

1203

1106

1227

APPENDIX A

ELECTRON CONCENTRATION AND TEMPERATURE

-20-

FIGURE CAPTIONS

Fig 1 to 9 Electron Density contour as function of height

At2cal-times indicated in the figure

Fig 10 to 15 Same as above but the electron tempetature con

tour is shownshy

1000 I I I I aIa a

800

JICAMARCA PERU ELECTRON DENSITY

MAY 19-20 1975

Log10 Ne S~=p F

600 50

E

400

I-

55

h maxshyhma

15 -

5

Y

=200 5

5

Sp F

oI

08

Fig

I

i0

1

I I

12

I I

14

I

16

I I

A8

LOCAL

I I 1

20

TIME

I I

22 00

(750 W)

I

02

I

04

I

06 08

i000 I Ii

JICAMARCA PERU Log10 Ne ELECTRON DENSITY

Sp FMAY 20-21 1975800

I shy

600

55

400

hmax

5

50 Sp vFa

0 I I I I I I II 08 10 12 14 16 18 20 22 00 02 04 06 08

LOCAL TIME (75degW)

Fig 2

o o I I I I I I I I I I I I I I

800

JICAMARCA PERU ELECTRON DENSITY

MAY 21-2 1975

Log o Ne

Sp OF

k 1

600 5

E 400

55

hma

45

I

55

50200

SpF =

008

S rI

10

I

12

I

14

I I

16

I I I

18 LOCAL

I I

20

TIME

I

22 do (75 0 W)

I I

02

I

04 06

j

08

Fig 3

4000 i I I

- 800

JICAMARCA PERU ELECTRON DENSITY

MAY 22-23 1975

Log10 Ne

SpF

600

S

400

Lu ZO

Xh

5 55

max---

55-

55

6 h maxrnax

55

55

hmax

-

SpF

0 08 10

I Q

I Ii 14 16

I I I 1M

LOCAL

I I 20

TIME

I 22 00

(75deg W)

02 04

06

08

Fig 4

000

Log10 Ne

ELECTRON DENSITY Sp F

800 MAY 23-24 1975

600 5 0 5 0

- 50

E 55 400

(D

w

roo hmax

s 55

5

hmaxamp 555

50

_ _55_

5

_

hmax5o

m~ox

SpFa ]

08 10 12 14 16 18 20 22 00 02 04 06 08

LOCAL TIME (750 W)

Fig 5

10001100 I I I I I I I I I TI - -I -

800 -

JICAMARCA PERU ELECTRON DENSITY

24 MAY 19r5

Lo Ne S Sp NF

600

50 5

-r

D -400

5 55

Sh max

200 55

-55

0 I I I I I I I I I I I I

08 iO 12 14 LOCAL

16 TIME

18 (750 W)

20 22 24

Fig 6

1000 II bull

Log1o NeJICAMARCA PERUELECTRON1 DENSITY

S27 MAY 1 1975

800

50S00

40 shy 200

o I I I 1 I I I I I I I I I

08 10 42 14

LOCAL 16

TIME 18 (750 W)

20 22 24

Fig 7

1o 0 0 o I i 1 I i 1I i jlI

800

JICAMARCA PERU ELECTRON DENSITY

2 8 MAY 197 5 bull

Log 1 o Ne

Sp

E600 -

050

400 55 -1-

-h rnaxe

50

55 h-max

00

200 - 55 50

o 0

08

Fig 8

I

10

I

42

I I

14

LOCAL

I I I

16

TIME

t 1

18

((75degW) 20

I

22

24

1000 I I I I I I I I I I I I I

800

JICAMARCA PERU ELECTRON DENSITY

29 MAY 1975

LgloNe

SpUF

--

600 50

I-- -shy

o 400 -

55

h maxh

50

200 -

~

oI 0

08

Fig 9

-4

10

I I

12

I

44

LOCAL

T I

46

TIME

I

18

(75 0 W)

I

20

I I - I e~

22 24

700

60

I

oo

A -I IoIl

9

bull 300 deg

io

I

110

I I I I

JICAMARCA PERU ELECTRON TEMPERATURE

1 MAY 1975

500

E400 --

CD 300

h

4000 I

20500F

8000 0000 -

D ~ - oedegoo

9000 v v v v 300 -shyiO00 --hmax

2 0 0

C)

200 -40

g10 F

0800 000 1200 4400 1600 4800 2000 2200 2400

-Fig 10

700-

i I i i

JICAMARCA PERU

ELECTRON TEMPERATURE 20 MAY 975

I

i

i

-ii -

i -

600

1400 -

7000

500

500

E400

300

zoo-200

-

-

- 00

000 deg 150-

hmax-100o

15-S0

-

0 1500-

-

I

maxSdeg500-shy

-

1106I

-a 100

-

0800

Fig ]-I

1000 1200 IrI +

1400 LOCAL

4600 TIME

1 - 1800

(759W)

I 2000 2200 2400

700-

I I JICAMARCA PERU

ELECTRON TEMPERATURE 21 MAY 1975

I 1 I I I

13000

I

500shy

400 -I--shy

300

j)Q

3O0bull

000

deg

200-h d--

150

00Wooo- ~

a

~ - SpF

0o

0800

Fig 12

4000 1200 1400 LOCAL

4600 TIME

4800 (75degW)

2000 2200 2400

700

I- I-7 -

S9000

II

-1300

1 F I I I I

JICAMARCA PERU ELECTRON TEMPERATURE

24 MAY 1975

-

600000

600

2400 -

09000

9O0

h00ma - aa000

aOO -

00 20shy

00 o __________--m -

h---h 15000 000deg

I ___ __ _O_ _ 100It 0

max1--500

1000

0 -

0800

Fig 13

1000 1200 1400

LOCAL

1600

TIME

1800

(750W)

2000 2200 2400

70Q shy7000deg

-

10000 15000 1__j6000 JICAMARCA PERU

ELECTRON TEMPERATURE Z7 MAY 4975

600 i3000

500 -

E400

o 300 -

200

- -1050 9000 050 o

M oo

0 1500-i50 h max max

1506 deg ---shy-0oi 150 0 deg

W00o 1000o

100

0 0800

Fig

I I 1000

14

1200

F 1I I

1400 LOCAL

1600 TIME

I I

180 (750 W)

I 2000

1

2200 2400

1 I I1 1 i I 1 I I I I I

JICAMARCA PERU1200 ELECTRON TEMPERATURE

700 1500 1 28 MAY 1975

100000 -1000 oo

500

9000

500o 2 - 4000 -

0300 10000 90 Wooo5

200 15000

Fg150 15000 -I200 -1500deg 1000 hmax

C400 I - I IlIoo deg i shytoooo-

20000 10001014O10180200 20 100shy

I II -1 1 -I degI I II0 0800 1000 1200 KOO() 1600 1800 2000 bull2200 2400

LOCAL TIME (750 W) Fig 15

APPENDIX B

VERTICAL DRIFT

-36shy

Fig 16 to 21

Fig 22

Fig 23 to 26

Fig-27

Fig 28 to 32

-37-

FIGURE CAPTIONS

Vertical drift velocities and Spread-F activi

ty for the local times (750W) and dates indishy

cated

Composite of Figs 16 to 21

Vertical drift velocities and Spread-F activi ty forthe local times (750W) and dates indishy

cated

Composite ofFigs-2tor-

Typical drift profiles forthe times (750 W)

and dates indicated as functions of bullheightb

lom0 o0I

80

60

i I I i

19-20 May

I

1975

i I I I i I

JICAMARCA

I L I

VERTICAL

i I

DRIFT

40

ZO)

0 -20shy

c

-40 -60o sp

k

-80--O100-

08 0 12 14 16

Locol

5 443l

18 20 22 0

Time (750 W) 02 04

1 L2U YIIt deg

06 08

Fig 16

I I I I I I I I I I I I IIII I I

80 20- 21 May 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20

20

-20

-60- SpF

-80 1 1

1 3 1 6 1 2 3 2

0810 1 14 16 18 20 22 0 02 04 06 08

Local Time (75degW)

Fig 17

Is 100

21-22 May 1975 60 JICAMARCA VERTICAL DRIFT 60_

40shy

20_

0

-20

-40 UI- II QE

SpF-60 shy

-803 3 r2Ss04100

08i 12 1416 18 20 22 00 02 04 06 08

Local --Time (75 0degW)

Fig 18

S 10 0 I I I I ] I I I I I 1 J

80 22-23 May 1975

60- JICAMARCA VERTICAL DRIFT

40

20

0 -20 _

-40 _

-60 Sp F 6

~83III 13 3 2 2 2 2 1K o

08 10 14 1 18 2022 00 02 04 06 08

-- Local Time (751W)

Fig 19

m 100

80 23-24 May 1975

60 JICAMARCA VERTICAL DRIFT

40

20

0

-20- 0

-40- - 1shy

-60 - - ii F

-80 2a 2 0 0 2 2 -t 0 0 1 1 11 II

0810 12 14 16 48 20 22 00 02 04 06 08

Local Time (750 W)

Fig 20

10o

80

60 40

24-25 May

1975

JICAMARCA VERTICAL DRIFT

0 L)

-20

-40

-60

2 2 1

C

2 2 2 1 0

-100 08 10 12 14 16

Local 18 20 22 Time (751W)

00 02 04 Zf

06 08

Fig 21

Ms 100

80 JICAMARCA VERTICAL DRIFTS

60

40

19 - 24 May975 -20 5

0

-20

-40

-60 -810shy

shy

mioor 08 10 12 14 16

Local 18 20 22

Time (75degW)

00 02 04 06 08

Fig 22

ms 100 0 02-03 June 1975 1

80-

GO JICAMARCA VERTICAL DRIFT

40_

20

0

-20

-40shy

-60

-80 3 22 2o______ ___II_____ O-__o I Ia 22 MTfl)4080 12 14 16 18 20 22 00 02 04 06

Local Time (750 W)

Fig 23

08

0 $ I~lI t i I I I I I I I 1 I I I i t I I IiN 100 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

80- 05-06 June 1975

60- JICAMARCA VERTICAL DRIFT

40shy

20shy

0

-20

-40shy-60 i

3-8o 2I I I shy-40113 i 31 21 L-3 o -100 ____-______-

08 10 12 M 16 18 20 22 00 02 04 0608 Local Time (750 W)

Fig 24

100 I i I I I I I I I I I I I I I I I I I

I80 06-07 June 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20_

0

-20shy

-40shy

-60 shy

-80-3 4 -1 1 1 j ---- 10 0

08 10 12 4 16 18 20 22 00 02 04 06 08

Local Time (75 0 W)

Fig 25

r si( o I I I I I I I I I I I I I I I I I I

80 07-08 June 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20

0 I

-20

-40shy

-80shy-803 2 2 2 0 1

08 10 12 4 46 18 20 22 -00 02 04 06 08

Local Time (75 0 W)

Fig 26

I100

80

60

JICAMARCA 02- 08

VERTICAL JUNE 1975

DRIFTS

40

2 1 0 -

3 3

0

-20 -shy

4

-40

-60

m_ 0

08

I

40

I l

12 14 16 Local

I

18 20 Time

I

22 00

(75 0 W)

I

02

1 II

04 0608

Fig 27

800- -Km JICAMARCA PERU DRIFT PROFILE

JUNE 02 975 700 109 LT

600-shy

1500

400 -1 in

300---1

200 IshyI---4

N

100

-60 -40 - -20 0 Ms +20 +40 +60

N0 284

Fig 28

JICAMARCA PERU DRIFT PROFILE

JUNE 05 1975 1210 LT

800

700

-Km

600

500

I

400- - Ln -Fshy

300bull

II200

I I j I

100shy

l It j I I I

-60 -40 -20 0 ms +20 +40 +60

Fig 29

800 Km JICAMARCA PERU DRIFT PROFILE

JUNE 06 1975 700 1230 LT

600

500 -- I-- -

LI

5300 I-I

-4 I

400 3

400

200 shy-4

I it I I -60 -40 -20 0ms +20 +40 +60

Fig - 30

JICAMARCA PERU DRIFT PROFILE 1107 Rocket Launch Time JUNE 07 1975 i1OOLT

800 --Km

Too

600 ----shy

500-

II

400 -

300-

-4shy

4

-4

-4

200 Ishy

ido

bull-60 -40 -20 Oms +20 t40 +60

Fig 31

JICAMARCA PERU DRIFT PROFILE 4145 Rocket Launch Time JUNE 071975

i1AO LT

I I I I I -60 -40 -0 --

Fig 32

800 -- Km

700

600

500

400 bull

300--

I-4

-4w

-II

I

200

100

-

I

I Oms

I +20

I I 40

I I +60

APPENDIX C

ELECTROJETRELATIVE ECHO POWER DENSITY

- S5shy

-56-

FIGURE CAPTIONS

Fig 33 to167 Compositeof relative echo power density vershy

sus frequency deviation for the times (750W)

and dates indicated

I II if I I I I I I 7-

I JICAMARCAJ PERU 1975io 3onod- JUNE 2442e3of (75Ow)

w

10 -40

QWESTQ60 SPECTRUM 49 920 M HiZ

3 EAST

0

o 01 5- 5 7- a

gt _

-450 Ha 0 + 150 He 4- f FROM TRANSMITTED FREQUENCY

Fg2766 ALOnr75

Fig 33

~~~~~ I ~ f I I l l iv~ JICAMARCA PERU1979 JUNE 2

600 SPECTRUM 1 =o4 9 9 2 0WES MHZ10 EAST

Uo 4 0 --

6 o

5

w 08

-150 Ha 0 +150 Hz--- A FROM TRANSMITTED FREQUENCY - ALOIT75

Fig 34

TABLE IV

ELECTROJET DOPPLER SHIFT AND CONDITION

DATE

JUNE 02 1975

INTERVAL (LT)

1037-1117 1207 1310 1402-1432

1450-1500 1522-1527 1540-1547

JUNE 03 1975 0827-1427

JUNE 05 1975 0847-0932 0952-1027 1102-1107

1122-1127 1142-1220 1240-1312

1335-1347 1402-1407

JUN1 06t 1975 0852-0907 0922-0927 0942-0947

1000 1007 1045-1207-1022-I0amp2

_1047 13-02 1340-1357

JUNE 07 1975 1045-1047 0902-0907 0920-0927

0942-0947 1002-1017 1030-1057

1120-1127 1150 1212-1327

mABLE V

150 KM ECHOING REGION

JUNE 07 1975

LOCAL TIME

1000

1104

1112

1113

1136

1156

1200

1203

1106

1227

APPENDIX A

ELECTRON CONCENTRATION AND TEMPERATURE

-20-

FIGURE CAPTIONS

Fig 1 to 9 Electron Density contour as function of height

At2cal-times indicated in the figure

Fig 10 to 15 Same as above but the electron tempetature con

tour is shownshy

1000 I I I I aIa a

800

JICAMARCA PERU ELECTRON DENSITY

MAY 19-20 1975

Log10 Ne S~=p F

600 50

E

400

I-

55

h maxshyhma

15 -

5

Y

=200 5

5

Sp F

oI

08

Fig

I

i0

1

I I

12

I I

14

I

16

I I

A8

LOCAL

I I 1

20

TIME

I I

22 00

(750 W)

I

02

I

04

I

06 08

i000 I Ii

JICAMARCA PERU Log10 Ne ELECTRON DENSITY

Sp FMAY 20-21 1975800

I shy

600

55

400

hmax

5

50 Sp vFa

0 I I I I I I II 08 10 12 14 16 18 20 22 00 02 04 06 08

LOCAL TIME (75degW)

Fig 2

o o I I I I I I I I I I I I I I

800

JICAMARCA PERU ELECTRON DENSITY

MAY 21-2 1975

Log o Ne

Sp OF

k 1

600 5

E 400

55

hma

45

I

55

50200

SpF =

008

S rI

10

I

12

I

14

I I

16

I I I

18 LOCAL

I I

20

TIME

I

22 do (75 0 W)

I I

02

I

04 06

j

08

Fig 3

4000 i I I

- 800

JICAMARCA PERU ELECTRON DENSITY

MAY 22-23 1975

Log10 Ne

SpF

600

S

400

Lu ZO

Xh

5 55

max---

55-

55

6 h maxrnax

55

55

hmax

-

SpF

0 08 10

I Q

I Ii 14 16

I I I 1M

LOCAL

I I 20

TIME

I 22 00

(75deg W)

02 04

06

08

Fig 4

000

Log10 Ne

ELECTRON DENSITY Sp F

800 MAY 23-24 1975

600 5 0 5 0

- 50

E 55 400

(D

w

roo hmax

s 55

5

hmaxamp 555

50

_ _55_

5

_

hmax5o

m~ox

SpFa ]

08 10 12 14 16 18 20 22 00 02 04 06 08

LOCAL TIME (750 W)

Fig 5

10001100 I I I I I I I I I TI - -I -

800 -

JICAMARCA PERU ELECTRON DENSITY

24 MAY 19r5

Lo Ne S Sp NF

600

50 5

-r

D -400

5 55

Sh max

200 55

-55

0 I I I I I I I I I I I I

08 iO 12 14 LOCAL

16 TIME

18 (750 W)

20 22 24

Fig 6

1000 II bull

Log1o NeJICAMARCA PERUELECTRON1 DENSITY

S27 MAY 1 1975

800

50S00

40 shy 200

o I I I 1 I I I I I I I I I

08 10 42 14

LOCAL 16

TIME 18 (750 W)

20 22 24

Fig 7

1o 0 0 o I i 1 I i 1I i jlI

800

JICAMARCA PERU ELECTRON DENSITY

2 8 MAY 197 5 bull

Log 1 o Ne

Sp

E600 -

050

400 55 -1-

-h rnaxe

50

55 h-max

00

200 - 55 50

o 0

08

Fig 8

I

10

I

42

I I

14

LOCAL

I I I

16

TIME

t 1

18

((75degW) 20

I

22

24

1000 I I I I I I I I I I I I I

800

JICAMARCA PERU ELECTRON DENSITY

29 MAY 1975

LgloNe

SpUF

--

600 50

I-- -shy

o 400 -

55

h maxh

50

200 -

~

oI 0

08

Fig 9

-4

10

I I

12

I

44

LOCAL

T I

46

TIME

I

18

(75 0 W)

I

20

I I - I e~

22 24

700

60

I

oo

A -I IoIl

9

bull 300 deg

io

I

110

I I I I

JICAMARCA PERU ELECTRON TEMPERATURE

1 MAY 1975

500

E400 --

CD 300

h

4000 I

20500F

8000 0000 -

D ~ - oedegoo

9000 v v v v 300 -shyiO00 --hmax

2 0 0

C)

200 -40

g10 F

0800 000 1200 4400 1600 4800 2000 2200 2400

-Fig 10

700-

i I i i

JICAMARCA PERU

ELECTRON TEMPERATURE 20 MAY 975

I

i

i

-ii -

i -

600

1400 -

7000

500

500

E400

300

zoo-200

-

-

- 00

000 deg 150-

hmax-100o

15-S0

-

0 1500-

-

I

maxSdeg500-shy

-

1106I

-a 100

-

0800

Fig ]-I

1000 1200 IrI +

1400 LOCAL

4600 TIME

1 - 1800

(759W)

I 2000 2200 2400

700-

I I JICAMARCA PERU

ELECTRON TEMPERATURE 21 MAY 1975

I 1 I I I

13000

I

500shy

400 -I--shy

300

j)Q

3O0bull

000

deg

200-h d--

150

00Wooo- ~

a

~ - SpF

0o

0800

Fig 12

4000 1200 1400 LOCAL

4600 TIME

4800 (75degW)

2000 2200 2400

700

I- I-7 -

S9000

II

-1300

1 F I I I I

JICAMARCA PERU ELECTRON TEMPERATURE

24 MAY 1975

-

600000

600

2400 -

09000

9O0

h00ma - aa000

aOO -

00 20shy

00 o __________--m -

h---h 15000 000deg

I ___ __ _O_ _ 100It 0

max1--500

1000

0 -

0800

Fig 13

1000 1200 1400

LOCAL

1600

TIME

1800

(750W)

2000 2200 2400

70Q shy7000deg

-

10000 15000 1__j6000 JICAMARCA PERU

ELECTRON TEMPERATURE Z7 MAY 4975

600 i3000

500 -

E400

o 300 -

200

- -1050 9000 050 o

M oo

0 1500-i50 h max max

1506 deg ---shy-0oi 150 0 deg

W00o 1000o

100

0 0800

Fig

I I 1000

14

1200

F 1I I

1400 LOCAL

1600 TIME

I I

180 (750 W)

I 2000

1

2200 2400

1 I I1 1 i I 1 I I I I I

JICAMARCA PERU1200 ELECTRON TEMPERATURE

700 1500 1 28 MAY 1975

100000 -1000 oo

500

9000

500o 2 - 4000 -

0300 10000 90 Wooo5

200 15000

Fg150 15000 -I200 -1500deg 1000 hmax

C400 I - I IlIoo deg i shytoooo-

20000 10001014O10180200 20 100shy

I II -1 1 -I degI I II0 0800 1000 1200 KOO() 1600 1800 2000 bull2200 2400

LOCAL TIME (750 W) Fig 15

APPENDIX B

VERTICAL DRIFT

-36shy

Fig 16 to 21

Fig 22

Fig 23 to 26

Fig-27

Fig 28 to 32

-37-

FIGURE CAPTIONS

Vertical drift velocities and Spread-F activi

ty for the local times (750W) and dates indishy

cated

Composite of Figs 16 to 21

Vertical drift velocities and Spread-F activi ty forthe local times (750W) and dates indishy

cated

Composite ofFigs-2tor-

Typical drift profiles forthe times (750 W)

and dates indicated as functions of bullheightb

lom0 o0I

80

60

i I I i

19-20 May

I

1975

i I I I i I

JICAMARCA

I L I

VERTICAL

i I

DRIFT

40

ZO)

0 -20shy

c

-40 -60o sp

k

-80--O100-

08 0 12 14 16

Locol

5 443l

18 20 22 0

Time (750 W) 02 04

1 L2U YIIt deg

06 08

Fig 16

I I I I I I I I I I I I IIII I I

80 20- 21 May 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20

20

-20

-60- SpF

-80 1 1

1 3 1 6 1 2 3 2

0810 1 14 16 18 20 22 0 02 04 06 08

Local Time (75degW)

Fig 17

Is 100

21-22 May 1975 60 JICAMARCA VERTICAL DRIFT 60_

40shy

20_

0

-20

-40 UI- II QE

SpF-60 shy

-803 3 r2Ss04100

08i 12 1416 18 20 22 00 02 04 06 08

Local --Time (75 0degW)

Fig 18

S 10 0 I I I I ] I I I I I 1 J

80 22-23 May 1975

60- JICAMARCA VERTICAL DRIFT

40

20

0 -20 _

-40 _

-60 Sp F 6

~83III 13 3 2 2 2 2 1K o

08 10 14 1 18 2022 00 02 04 06 08

-- Local Time (751W)

Fig 19

m 100

80 23-24 May 1975

60 JICAMARCA VERTICAL DRIFT

40

20

0

-20- 0

-40- - 1shy

-60 - - ii F

-80 2a 2 0 0 2 2 -t 0 0 1 1 11 II

0810 12 14 16 48 20 22 00 02 04 06 08

Local Time (750 W)

Fig 20

10o

80

60 40

24-25 May

1975

JICAMARCA VERTICAL DRIFT

0 L)

-20

-40

-60

2 2 1

C

2 2 2 1 0

-100 08 10 12 14 16

Local 18 20 22 Time (751W)

00 02 04 Zf

06 08

Fig 21

Ms 100

80 JICAMARCA VERTICAL DRIFTS

60

40

19 - 24 May975 -20 5

0

-20

-40

-60 -810shy

shy

mioor 08 10 12 14 16

Local 18 20 22

Time (75degW)

00 02 04 06 08

Fig 22

ms 100 0 02-03 June 1975 1

80-

GO JICAMARCA VERTICAL DRIFT

40_

20

0

-20

-40shy

-60

-80 3 22 2o______ ___II_____ O-__o I Ia 22 MTfl)4080 12 14 16 18 20 22 00 02 04 06

Local Time (750 W)

Fig 23

08

0 $ I~lI t i I I I I I I I 1 I I I i t I I IiN 100 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

80- 05-06 June 1975

60- JICAMARCA VERTICAL DRIFT

40shy

20shy

0

-20

-40shy-60 i

3-8o 2I I I shy-40113 i 31 21 L-3 o -100 ____-______-

08 10 12 M 16 18 20 22 00 02 04 0608 Local Time (750 W)

Fig 24

100 I i I I I I I I I I I I I I I I I I I

I80 06-07 June 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20_

0

-20shy

-40shy

-60 shy

-80-3 4 -1 1 1 j ---- 10 0

08 10 12 4 16 18 20 22 00 02 04 06 08

Local Time (75 0 W)

Fig 25

r si( o I I I I I I I I I I I I I I I I I I

80 07-08 June 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20

0 I

-20

-40shy

-80shy-803 2 2 2 0 1

08 10 12 4 46 18 20 22 -00 02 04 06 08

Local Time (75 0 W)

Fig 26

I100

80

60

JICAMARCA 02- 08

VERTICAL JUNE 1975

DRIFTS

40

2 1 0 -

3 3

0

-20 -shy

4

-40

-60

m_ 0

08

I

40

I l

12 14 16 Local

I

18 20 Time

I

22 00

(75 0 W)

I

02

1 II

04 0608

Fig 27

800- -Km JICAMARCA PERU DRIFT PROFILE

JUNE 02 975 700 109 LT

600-shy

1500

400 -1 in

300---1

200 IshyI---4

N

100

-60 -40 - -20 0 Ms +20 +40 +60

N0 284

Fig 28

JICAMARCA PERU DRIFT PROFILE

JUNE 05 1975 1210 LT

800

700

-Km

600

500

I

400- - Ln -Fshy

300bull

II200

I I j I

100shy

l It j I I I

-60 -40 -20 0 ms +20 +40 +60

Fig 29

800 Km JICAMARCA PERU DRIFT PROFILE

JUNE 06 1975 700 1230 LT

600

500 -- I-- -

LI

5300 I-I

-4 I

400 3

400

200 shy-4

I it I I -60 -40 -20 0ms +20 +40 +60

Fig - 30

JICAMARCA PERU DRIFT PROFILE 1107 Rocket Launch Time JUNE 07 1975 i1OOLT

800 --Km

Too

600 ----shy

500-

II

400 -

300-

-4shy

4

-4

-4

200 Ishy

ido

bull-60 -40 -20 Oms +20 t40 +60

Fig 31

JICAMARCA PERU DRIFT PROFILE 4145 Rocket Launch Time JUNE 071975

i1AO LT

I I I I I -60 -40 -0 --

Fig 32

800 -- Km

700

600

500

400 bull

300--

I-4

-4w

-II

I

200

100

-

I

I Oms

I +20

I I 40

I I +60

APPENDIX C

ELECTROJETRELATIVE ECHO POWER DENSITY

- S5shy

-56-

FIGURE CAPTIONS

Fig 33 to167 Compositeof relative echo power density vershy

sus frequency deviation for the times (750W)

and dates indicated

I II if I I I I I I 7-

I JICAMARCAJ PERU 1975io 3onod- JUNE 2442e3of (75Ow)

w

10 -40

QWESTQ60 SPECTRUM 49 920 M HiZ

3 EAST

0

o 01 5- 5 7- a

gt _

-450 Ha 0 + 150 He 4- f FROM TRANSMITTED FREQUENCY

Fg2766 ALOnr75

Fig 33

~~~~~ I ~ f I I l l iv~ JICAMARCA PERU1979 JUNE 2

600 SPECTRUM 1 =o4 9 9 2 0WES MHZ10 EAST

Uo 4 0 --

6 o

5

w 08

-150 Ha 0 +150 Hz--- A FROM TRANSMITTED FREQUENCY - ALOIT75

Fig 34

mABLE V

150 KM ECHOING REGION

JUNE 07 1975

LOCAL TIME

1000

1104

1112

1113

1136

1156

1200

1203

1106

1227

APPENDIX A

ELECTRON CONCENTRATION AND TEMPERATURE

-20-

FIGURE CAPTIONS

Fig 1 to 9 Electron Density contour as function of height

At2cal-times indicated in the figure

Fig 10 to 15 Same as above but the electron tempetature con

tour is shownshy

1000 I I I I aIa a

800

JICAMARCA PERU ELECTRON DENSITY

MAY 19-20 1975

Log10 Ne S~=p F

600 50

E

400

I-

55

h maxshyhma

15 -

5

Y

=200 5

5

Sp F

oI

08

Fig

I

i0

1

I I

12

I I

14

I

16

I I

A8

LOCAL

I I 1

20

TIME

I I

22 00

(750 W)

I

02

I

04

I

06 08

i000 I Ii

JICAMARCA PERU Log10 Ne ELECTRON DENSITY

Sp FMAY 20-21 1975800

I shy

600

55

400

hmax

5

50 Sp vFa

0 I I I I I I II 08 10 12 14 16 18 20 22 00 02 04 06 08

LOCAL TIME (75degW)

Fig 2

o o I I I I I I I I I I I I I I

800

JICAMARCA PERU ELECTRON DENSITY

MAY 21-2 1975

Log o Ne

Sp OF

k 1

600 5

E 400

55

hma

45

I

55

50200

SpF =

008

S rI

10

I

12

I

14

I I

16

I I I

18 LOCAL

I I

20

TIME

I

22 do (75 0 W)

I I

02

I

04 06

j

08

Fig 3

4000 i I I

- 800

JICAMARCA PERU ELECTRON DENSITY

MAY 22-23 1975

Log10 Ne

SpF

600

S

400

Lu ZO

Xh

5 55

max---

55-

55

6 h maxrnax

55

55

hmax

-

SpF

0 08 10

I Q

I Ii 14 16

I I I 1M

LOCAL

I I 20

TIME

I 22 00

(75deg W)

02 04

06

08

Fig 4

000

Log10 Ne

ELECTRON DENSITY Sp F

800 MAY 23-24 1975

600 5 0 5 0

- 50

E 55 400

(D

w

roo hmax

s 55

5

hmaxamp 555

50

_ _55_

5

_

hmax5o

m~ox

SpFa ]

08 10 12 14 16 18 20 22 00 02 04 06 08

LOCAL TIME (750 W)

Fig 5

10001100 I I I I I I I I I TI - -I -

800 -

JICAMARCA PERU ELECTRON DENSITY

24 MAY 19r5

Lo Ne S Sp NF

600

50 5

-r

D -400

5 55

Sh max

200 55

-55

0 I I I I I I I I I I I I

08 iO 12 14 LOCAL

16 TIME

18 (750 W)

20 22 24

Fig 6

1000 II bull

Log1o NeJICAMARCA PERUELECTRON1 DENSITY

S27 MAY 1 1975

800

50S00

40 shy 200

o I I I 1 I I I I I I I I I

08 10 42 14

LOCAL 16

TIME 18 (750 W)

20 22 24

Fig 7

1o 0 0 o I i 1 I i 1I i jlI

800

JICAMARCA PERU ELECTRON DENSITY

2 8 MAY 197 5 bull

Log 1 o Ne

Sp

E600 -

050

400 55 -1-

-h rnaxe

50

55 h-max

00

200 - 55 50

o 0

08

Fig 8

I

10

I

42

I I

14

LOCAL

I I I

16

TIME

t 1

18

((75degW) 20

I

22

24

1000 I I I I I I I I I I I I I

800

JICAMARCA PERU ELECTRON DENSITY

29 MAY 1975

LgloNe

SpUF

--

600 50

I-- -shy

o 400 -

55

h maxh

50

200 -

~

oI 0

08

Fig 9

-4

10

I I

12

I

44

LOCAL

T I

46

TIME

I

18

(75 0 W)

I

20

I I - I e~

22 24

700

60

I

oo

A -I IoIl

9

bull 300 deg

io

I

110

I I I I

JICAMARCA PERU ELECTRON TEMPERATURE

1 MAY 1975

500

E400 --

CD 300

h

4000 I

20500F

8000 0000 -

D ~ - oedegoo

9000 v v v v 300 -shyiO00 --hmax

2 0 0

C)

200 -40

g10 F

0800 000 1200 4400 1600 4800 2000 2200 2400

-Fig 10

700-

i I i i

JICAMARCA PERU

ELECTRON TEMPERATURE 20 MAY 975

I

i

i

-ii -

i -

600

1400 -

7000

500

500

E400

300

zoo-200

-

-

- 00

000 deg 150-

hmax-100o

15-S0

-

0 1500-

-

I

maxSdeg500-shy

-

1106I

-a 100

-

0800

Fig ]-I

1000 1200 IrI +

1400 LOCAL

4600 TIME

1 - 1800

(759W)

I 2000 2200 2400

700-

I I JICAMARCA PERU

ELECTRON TEMPERATURE 21 MAY 1975

I 1 I I I

13000

I

500shy

400 -I--shy

300

j)Q

3O0bull

000

deg

200-h d--

150

00Wooo- ~

a

~ - SpF

0o

0800

Fig 12

4000 1200 1400 LOCAL

4600 TIME

4800 (75degW)

2000 2200 2400

700

I- I-7 -

S9000

II

-1300

1 F I I I I

JICAMARCA PERU ELECTRON TEMPERATURE

24 MAY 1975

-

600000

600

2400 -

09000

9O0

h00ma - aa000

aOO -

00 20shy

00 o __________--m -

h---h 15000 000deg

I ___ __ _O_ _ 100It 0

max1--500

1000

0 -

0800

Fig 13

1000 1200 1400

LOCAL

1600

TIME

1800

(750W)

2000 2200 2400

70Q shy7000deg

-

10000 15000 1__j6000 JICAMARCA PERU

ELECTRON TEMPERATURE Z7 MAY 4975

600 i3000

500 -

E400

o 300 -

200

- -1050 9000 050 o

M oo

0 1500-i50 h max max

1506 deg ---shy-0oi 150 0 deg

W00o 1000o

100

0 0800

Fig

I I 1000

14

1200

F 1I I

1400 LOCAL

1600 TIME

I I

180 (750 W)

I 2000

1

2200 2400

1 I I1 1 i I 1 I I I I I

JICAMARCA PERU1200 ELECTRON TEMPERATURE

700 1500 1 28 MAY 1975

100000 -1000 oo

500

9000

500o 2 - 4000 -

0300 10000 90 Wooo5

200 15000

Fg150 15000 -I200 -1500deg 1000 hmax

C400 I - I IlIoo deg i shytoooo-

20000 10001014O10180200 20 100shy

I II -1 1 -I degI I II0 0800 1000 1200 KOO() 1600 1800 2000 bull2200 2400

LOCAL TIME (750 W) Fig 15

APPENDIX B

VERTICAL DRIFT

-36shy

Fig 16 to 21

Fig 22

Fig 23 to 26

Fig-27

Fig 28 to 32

-37-

FIGURE CAPTIONS

Vertical drift velocities and Spread-F activi

ty for the local times (750W) and dates indishy

cated

Composite of Figs 16 to 21

Vertical drift velocities and Spread-F activi ty forthe local times (750W) and dates indishy

cated

Composite ofFigs-2tor-

Typical drift profiles forthe times (750 W)

and dates indicated as functions of bullheightb

lom0 o0I

80

60

i I I i

19-20 May

I

1975

i I I I i I

JICAMARCA

I L I

VERTICAL

i I

DRIFT

40

ZO)

0 -20shy

c

-40 -60o sp

k

-80--O100-

08 0 12 14 16

Locol

5 443l

18 20 22 0

Time (750 W) 02 04

1 L2U YIIt deg

06 08

Fig 16

I I I I I I I I I I I I IIII I I

80 20- 21 May 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20

20

-20

-60- SpF

-80 1 1

1 3 1 6 1 2 3 2

0810 1 14 16 18 20 22 0 02 04 06 08

Local Time (75degW)

Fig 17

Is 100

21-22 May 1975 60 JICAMARCA VERTICAL DRIFT 60_

40shy

20_

0

-20

-40 UI- II QE

SpF-60 shy

-803 3 r2Ss04100

08i 12 1416 18 20 22 00 02 04 06 08

Local --Time (75 0degW)

Fig 18

S 10 0 I I I I ] I I I I I 1 J

80 22-23 May 1975

60- JICAMARCA VERTICAL DRIFT

40

20

0 -20 _

-40 _

-60 Sp F 6

~83III 13 3 2 2 2 2 1K o

08 10 14 1 18 2022 00 02 04 06 08

-- Local Time (751W)

Fig 19

m 100

80 23-24 May 1975

60 JICAMARCA VERTICAL DRIFT

40

20

0

-20- 0

-40- - 1shy

-60 - - ii F

-80 2a 2 0 0 2 2 -t 0 0 1 1 11 II

0810 12 14 16 48 20 22 00 02 04 06 08

Local Time (750 W)

Fig 20

10o

80

60 40

24-25 May

1975

JICAMARCA VERTICAL DRIFT

0 L)

-20

-40

-60

2 2 1

C

2 2 2 1 0

-100 08 10 12 14 16

Local 18 20 22 Time (751W)

00 02 04 Zf

06 08

Fig 21

Ms 100

80 JICAMARCA VERTICAL DRIFTS

60

40

19 - 24 May975 -20 5

0

-20

-40

-60 -810shy

shy

mioor 08 10 12 14 16

Local 18 20 22

Time (75degW)

00 02 04 06 08

Fig 22

ms 100 0 02-03 June 1975 1

80-

GO JICAMARCA VERTICAL DRIFT

40_

20

0

-20

-40shy

-60

-80 3 22 2o______ ___II_____ O-__o I Ia 22 MTfl)4080 12 14 16 18 20 22 00 02 04 06

Local Time (750 W)

Fig 23

08

0 $ I~lI t i I I I I I I I 1 I I I i t I I IiN 100 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

80- 05-06 June 1975

60- JICAMARCA VERTICAL DRIFT

40shy

20shy

0

-20

-40shy-60 i

3-8o 2I I I shy-40113 i 31 21 L-3 o -100 ____-______-

08 10 12 M 16 18 20 22 00 02 04 0608 Local Time (750 W)

Fig 24

100 I i I I I I I I I I I I I I I I I I I

I80 06-07 June 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20_

0

-20shy

-40shy

-60 shy

-80-3 4 -1 1 1 j ---- 10 0

08 10 12 4 16 18 20 22 00 02 04 06 08

Local Time (75 0 W)

Fig 25

r si( o I I I I I I I I I I I I I I I I I I

80 07-08 June 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20

0 I

-20

-40shy

-80shy-803 2 2 2 0 1

08 10 12 4 46 18 20 22 -00 02 04 06 08

Local Time (75 0 W)

Fig 26

I100

80

60

JICAMARCA 02- 08

VERTICAL JUNE 1975

DRIFTS

40

2 1 0 -

3 3

0

-20 -shy

4

-40

-60

m_ 0

08

I

40

I l

12 14 16 Local

I

18 20 Time

I

22 00

(75 0 W)

I

02

1 II

04 0608

Fig 27

800- -Km JICAMARCA PERU DRIFT PROFILE

JUNE 02 975 700 109 LT

600-shy

1500

400 -1 in

300---1

200 IshyI---4

N

100

-60 -40 - -20 0 Ms +20 +40 +60

N0 284

Fig 28

JICAMARCA PERU DRIFT PROFILE

JUNE 05 1975 1210 LT

800

700

-Km

600

500

I

400- - Ln -Fshy

300bull

II200

I I j I

100shy

l It j I I I

-60 -40 -20 0 ms +20 +40 +60

Fig 29

800 Km JICAMARCA PERU DRIFT PROFILE

JUNE 06 1975 700 1230 LT

600

500 -- I-- -

LI

5300 I-I

-4 I

400 3

400

200 shy-4

I it I I -60 -40 -20 0ms +20 +40 +60

Fig - 30

JICAMARCA PERU DRIFT PROFILE 1107 Rocket Launch Time JUNE 07 1975 i1OOLT

800 --Km

Too

600 ----shy

500-

II

400 -

300-

-4shy

4

-4

-4

200 Ishy

ido

bull-60 -40 -20 Oms +20 t40 +60

Fig 31

JICAMARCA PERU DRIFT PROFILE 4145 Rocket Launch Time JUNE 071975

i1AO LT

I I I I I -60 -40 -0 --

Fig 32

800 -- Km

700

600

500

400 bull

300--

I-4

-4w

-II

I

200

100

-

I

I Oms

I +20

I I 40

I I +60

APPENDIX C

ELECTROJETRELATIVE ECHO POWER DENSITY

- S5shy

-56-

FIGURE CAPTIONS

Fig 33 to167 Compositeof relative echo power density vershy

sus frequency deviation for the times (750W)

and dates indicated

I II if I I I I I I 7-

I JICAMARCAJ PERU 1975io 3onod- JUNE 2442e3of (75Ow)

w

10 -40

QWESTQ60 SPECTRUM 49 920 M HiZ

3 EAST

0

o 01 5- 5 7- a

gt _

-450 Ha 0 + 150 He 4- f FROM TRANSMITTED FREQUENCY

Fg2766 ALOnr75

Fig 33

~~~~~ I ~ f I I l l iv~ JICAMARCA PERU1979 JUNE 2

600 SPECTRUM 1 =o4 9 9 2 0WES MHZ10 EAST

Uo 4 0 --

6 o

5

w 08

-150 Ha 0 +150 Hz--- A FROM TRANSMITTED FREQUENCY - ALOIT75

Fig 34

APPENDIX A

ELECTRON CONCENTRATION AND TEMPERATURE

-20-

FIGURE CAPTIONS

Fig 1 to 9 Electron Density contour as function of height

At2cal-times indicated in the figure

Fig 10 to 15 Same as above but the electron tempetature con

tour is shownshy

1000 I I I I aIa a

800

JICAMARCA PERU ELECTRON DENSITY

MAY 19-20 1975

Log10 Ne S~=p F

600 50

E

400

I-

55

h maxshyhma

15 -

5

Y

=200 5

5

Sp F

oI

08

Fig

I

i0

1

I I

12

I I

14

I

16

I I

A8

LOCAL

I I 1

20

TIME

I I

22 00

(750 W)

I

02

I

04

I

06 08

i000 I Ii

JICAMARCA PERU Log10 Ne ELECTRON DENSITY

Sp FMAY 20-21 1975800

I shy

600

55

400

hmax

5

50 Sp vFa

0 I I I I I I II 08 10 12 14 16 18 20 22 00 02 04 06 08

LOCAL TIME (75degW)

Fig 2

o o I I I I I I I I I I I I I I

800

JICAMARCA PERU ELECTRON DENSITY

MAY 21-2 1975

Log o Ne

Sp OF

k 1

600 5

E 400

55

hma

45

I

55

50200

SpF =

008

S rI

10

I

12

I

14

I I

16

I I I

18 LOCAL

I I

20

TIME

I

22 do (75 0 W)

I I

02

I

04 06

j

08

Fig 3

4000 i I I

- 800

JICAMARCA PERU ELECTRON DENSITY

MAY 22-23 1975

Log10 Ne

SpF

600

S

400

Lu ZO

Xh

5 55

max---

55-

55

6 h maxrnax

55

55

hmax

-

SpF

0 08 10

I Q

I Ii 14 16

I I I 1M

LOCAL

I I 20

TIME

I 22 00

(75deg W)

02 04

06

08

Fig 4

000

Log10 Ne

ELECTRON DENSITY Sp F

800 MAY 23-24 1975

600 5 0 5 0

- 50

E 55 400

(D

w

roo hmax

s 55

5

hmaxamp 555

50

_ _55_

5

_

hmax5o

m~ox

SpFa ]

08 10 12 14 16 18 20 22 00 02 04 06 08

LOCAL TIME (750 W)

Fig 5

10001100 I I I I I I I I I TI - -I -

800 -

JICAMARCA PERU ELECTRON DENSITY

24 MAY 19r5

Lo Ne S Sp NF

600

50 5

-r

D -400

5 55

Sh max

200 55

-55

0 I I I I I I I I I I I I

08 iO 12 14 LOCAL

16 TIME

18 (750 W)

20 22 24

Fig 6

1000 II bull

Log1o NeJICAMARCA PERUELECTRON1 DENSITY

S27 MAY 1 1975

800

50S00

40 shy 200

o I I I 1 I I I I I I I I I

08 10 42 14

LOCAL 16

TIME 18 (750 W)

20 22 24

Fig 7

1o 0 0 o I i 1 I i 1I i jlI

800

JICAMARCA PERU ELECTRON DENSITY

2 8 MAY 197 5 bull

Log 1 o Ne

Sp

E600 -

050

400 55 -1-

-h rnaxe

50

55 h-max

00

200 - 55 50

o 0

08

Fig 8

I

10

I

42

I I

14

LOCAL

I I I

16

TIME

t 1

18

((75degW) 20

I

22

24

1000 I I I I I I I I I I I I I

800

JICAMARCA PERU ELECTRON DENSITY

29 MAY 1975

LgloNe

SpUF

--

600 50

I-- -shy

o 400 -

55

h maxh

50

200 -

~

oI 0

08

Fig 9

-4

10

I I

12

I

44

LOCAL

T I

46

TIME

I

18

(75 0 W)

I

20

I I - I e~

22 24

700

60

I

oo

A -I IoIl

9

bull 300 deg

io

I

110

I I I I

JICAMARCA PERU ELECTRON TEMPERATURE

1 MAY 1975

500

E400 --

CD 300

h

4000 I

20500F

8000 0000 -

D ~ - oedegoo

9000 v v v v 300 -shyiO00 --hmax

2 0 0

C)

200 -40

g10 F

0800 000 1200 4400 1600 4800 2000 2200 2400

-Fig 10

700-

i I i i

JICAMARCA PERU

ELECTRON TEMPERATURE 20 MAY 975

I

i

i

-ii -

i -

600

1400 -

7000

500

500

E400

300

zoo-200

-

-

- 00

000 deg 150-

hmax-100o

15-S0

-

0 1500-

-

I

maxSdeg500-shy

-

1106I

-a 100

-

0800

Fig ]-I

1000 1200 IrI +

1400 LOCAL

4600 TIME

1 - 1800

(759W)

I 2000 2200 2400

700-

I I JICAMARCA PERU

ELECTRON TEMPERATURE 21 MAY 1975

I 1 I I I

13000

I

500shy

400 -I--shy

300

j)Q

3O0bull

000

deg

200-h d--

150

00Wooo- ~

a

~ - SpF

0o

0800

Fig 12

4000 1200 1400 LOCAL

4600 TIME

4800 (75degW)

2000 2200 2400

700

I- I-7 -

S9000

II

-1300

1 F I I I I

JICAMARCA PERU ELECTRON TEMPERATURE

24 MAY 1975

-

600000

600

2400 -

09000

9O0

h00ma - aa000

aOO -

00 20shy

00 o __________--m -

h---h 15000 000deg

I ___ __ _O_ _ 100It 0

max1--500

1000

0 -

0800

Fig 13

1000 1200 1400

LOCAL

1600

TIME

1800

(750W)

2000 2200 2400

70Q shy7000deg

-

10000 15000 1__j6000 JICAMARCA PERU

ELECTRON TEMPERATURE Z7 MAY 4975

600 i3000

500 -

E400

o 300 -

200

- -1050 9000 050 o

M oo

0 1500-i50 h max max

1506 deg ---shy-0oi 150 0 deg

W00o 1000o

100

0 0800

Fig

I I 1000

14

1200

F 1I I

1400 LOCAL

1600 TIME

I I

180 (750 W)

I 2000

1

2200 2400

1 I I1 1 i I 1 I I I I I

JICAMARCA PERU1200 ELECTRON TEMPERATURE

700 1500 1 28 MAY 1975

100000 -1000 oo

500

9000

500o 2 - 4000 -

0300 10000 90 Wooo5

200 15000

Fg150 15000 -I200 -1500deg 1000 hmax

C400 I - I IlIoo deg i shytoooo-

20000 10001014O10180200 20 100shy

I II -1 1 -I degI I II0 0800 1000 1200 KOO() 1600 1800 2000 bull2200 2400

LOCAL TIME (750 W) Fig 15

APPENDIX B

VERTICAL DRIFT

-36shy

Fig 16 to 21

Fig 22

Fig 23 to 26

Fig-27

Fig 28 to 32

-37-

FIGURE CAPTIONS

Vertical drift velocities and Spread-F activi

ty for the local times (750W) and dates indishy

cated

Composite of Figs 16 to 21

Vertical drift velocities and Spread-F activi ty forthe local times (750W) and dates indishy

cated

Composite ofFigs-2tor-

Typical drift profiles forthe times (750 W)

and dates indicated as functions of bullheightb

lom0 o0I

80

60

i I I i

19-20 May

I

1975

i I I I i I

JICAMARCA

I L I

VERTICAL

i I

DRIFT

40

ZO)

0 -20shy

c

-40 -60o sp

k

-80--O100-

08 0 12 14 16

Locol

5 443l

18 20 22 0

Time (750 W) 02 04

1 L2U YIIt deg

06 08

Fig 16

I I I I I I I I I I I I IIII I I

80 20- 21 May 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20

20

-20

-60- SpF

-80 1 1

1 3 1 6 1 2 3 2

0810 1 14 16 18 20 22 0 02 04 06 08

Local Time (75degW)

Fig 17

Is 100

21-22 May 1975 60 JICAMARCA VERTICAL DRIFT 60_

40shy

20_

0

-20

-40 UI- II QE

SpF-60 shy

-803 3 r2Ss04100

08i 12 1416 18 20 22 00 02 04 06 08

Local --Time (75 0degW)

Fig 18

S 10 0 I I I I ] I I I I I 1 J

80 22-23 May 1975

60- JICAMARCA VERTICAL DRIFT

40

20

0 -20 _

-40 _

-60 Sp F 6

~83III 13 3 2 2 2 2 1K o

08 10 14 1 18 2022 00 02 04 06 08

-- Local Time (751W)

Fig 19

m 100

80 23-24 May 1975

60 JICAMARCA VERTICAL DRIFT

40

20

0

-20- 0

-40- - 1shy

-60 - - ii F

-80 2a 2 0 0 2 2 -t 0 0 1 1 11 II

0810 12 14 16 48 20 22 00 02 04 06 08

Local Time (750 W)

Fig 20

10o

80

60 40

24-25 May

1975

JICAMARCA VERTICAL DRIFT

0 L)

-20

-40

-60

2 2 1

C

2 2 2 1 0

-100 08 10 12 14 16

Local 18 20 22 Time (751W)

00 02 04 Zf

06 08

Fig 21

Ms 100

80 JICAMARCA VERTICAL DRIFTS

60

40

19 - 24 May975 -20 5

0

-20

-40

-60 -810shy

shy

mioor 08 10 12 14 16

Local 18 20 22

Time (75degW)

00 02 04 06 08

Fig 22

ms 100 0 02-03 June 1975 1

80-

GO JICAMARCA VERTICAL DRIFT

40_

20

0

-20

-40shy

-60

-80 3 22 2o______ ___II_____ O-__o I Ia 22 MTfl)4080 12 14 16 18 20 22 00 02 04 06

Local Time (750 W)

Fig 23

08

0 $ I~lI t i I I I I I I I 1 I I I i t I I IiN 100 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

80- 05-06 June 1975

60- JICAMARCA VERTICAL DRIFT

40shy

20shy

0

-20

-40shy-60 i

3-8o 2I I I shy-40113 i 31 21 L-3 o -100 ____-______-

08 10 12 M 16 18 20 22 00 02 04 0608 Local Time (750 W)

Fig 24

100 I i I I I I I I I I I I I I I I I I I

I80 06-07 June 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20_

0

-20shy

-40shy

-60 shy

-80-3 4 -1 1 1 j ---- 10 0

08 10 12 4 16 18 20 22 00 02 04 06 08

Local Time (75 0 W)

Fig 25

r si( o I I I I I I I I I I I I I I I I I I

80 07-08 June 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20

0 I

-20

-40shy

-80shy-803 2 2 2 0 1

08 10 12 4 46 18 20 22 -00 02 04 06 08

Local Time (75 0 W)

Fig 26

I100

80

60

JICAMARCA 02- 08

VERTICAL JUNE 1975

DRIFTS

40

2 1 0 -

3 3

0

-20 -shy

4

-40

-60

m_ 0

08

I

40

I l

12 14 16 Local

I

18 20 Time

I

22 00

(75 0 W)

I

02

1 II

04 0608

Fig 27

800- -Km JICAMARCA PERU DRIFT PROFILE

JUNE 02 975 700 109 LT

600-shy

1500

400 -1 in

300---1

200 IshyI---4

N

100

-60 -40 - -20 0 Ms +20 +40 +60

N0 284

Fig 28

JICAMARCA PERU DRIFT PROFILE

JUNE 05 1975 1210 LT

800

700

-Km

600

500

I

400- - Ln -Fshy

300bull

II200

I I j I

100shy

l It j I I I

-60 -40 -20 0 ms +20 +40 +60

Fig 29

800 Km JICAMARCA PERU DRIFT PROFILE

JUNE 06 1975 700 1230 LT

600

500 -- I-- -

LI

5300 I-I

-4 I

400 3

400

200 shy-4

I it I I -60 -40 -20 0ms +20 +40 +60

Fig - 30

JICAMARCA PERU DRIFT PROFILE 1107 Rocket Launch Time JUNE 07 1975 i1OOLT

800 --Km

Too

600 ----shy

500-

II

400 -

300-

-4shy

4

-4

-4

200 Ishy

ido

bull-60 -40 -20 Oms +20 t40 +60

Fig 31

JICAMARCA PERU DRIFT PROFILE 4145 Rocket Launch Time JUNE 071975

i1AO LT

I I I I I -60 -40 -0 --

Fig 32

800 -- Km

700

600

500

400 bull

300--

I-4

-4w

-II

I

200

100

-

I

I Oms

I +20

I I 40

I I +60

APPENDIX C

ELECTROJETRELATIVE ECHO POWER DENSITY

- S5shy

-56-

FIGURE CAPTIONS

Fig 33 to167 Compositeof relative echo power density vershy

sus frequency deviation for the times (750W)

and dates indicated

I II if I I I I I I 7-

I JICAMARCAJ PERU 1975io 3onod- JUNE 2442e3of (75Ow)

w

10 -40

QWESTQ60 SPECTRUM 49 920 M HiZ

3 EAST

0

o 01 5- 5 7- a

gt _

-450 Ha 0 + 150 He 4- f FROM TRANSMITTED FREQUENCY

Fg2766 ALOnr75

Fig 33

~~~~~ I ~ f I I l l iv~ JICAMARCA PERU1979 JUNE 2

600 SPECTRUM 1 =o4 9 9 2 0WES MHZ10 EAST

Uo 4 0 --

6 o

5

w 08

-150 Ha 0 +150 Hz--- A FROM TRANSMITTED FREQUENCY - ALOIT75

Fig 34

-20-

FIGURE CAPTIONS

Fig 1 to 9 Electron Density contour as function of height

At2cal-times indicated in the figure

Fig 10 to 15 Same as above but the electron tempetature con

tour is shownshy

1000 I I I I aIa a

800

JICAMARCA PERU ELECTRON DENSITY

MAY 19-20 1975

Log10 Ne S~=p F

600 50

E

400

I-

55

h maxshyhma

15 -

5

Y

=200 5

5

Sp F

oI

08

Fig

I

i0

1

I I

12

I I

14

I

16

I I

A8

LOCAL

I I 1

20

TIME

I I

22 00

(750 W)

I

02

I

04

I

06 08

i000 I Ii

JICAMARCA PERU Log10 Ne ELECTRON DENSITY

Sp FMAY 20-21 1975800

I shy

600

55

400

hmax

5

50 Sp vFa

0 I I I I I I II 08 10 12 14 16 18 20 22 00 02 04 06 08

LOCAL TIME (75degW)

Fig 2

o o I I I I I I I I I I I I I I

800

JICAMARCA PERU ELECTRON DENSITY

MAY 21-2 1975

Log o Ne

Sp OF

k 1

600 5

E 400

55

hma

45

I

55

50200

SpF =

008

S rI

10

I

12

I

14

I I

16

I I I

18 LOCAL

I I

20

TIME

I

22 do (75 0 W)

I I

02

I

04 06

j

08

Fig 3

4000 i I I

- 800

JICAMARCA PERU ELECTRON DENSITY

MAY 22-23 1975

Log10 Ne

SpF

600

S

400

Lu ZO

Xh

5 55

max---

55-

55

6 h maxrnax

55

55

hmax

-

SpF

0 08 10

I Q

I Ii 14 16

I I I 1M

LOCAL

I I 20

TIME

I 22 00

(75deg W)

02 04

06

08

Fig 4

000

Log10 Ne

ELECTRON DENSITY Sp F

800 MAY 23-24 1975

600 5 0 5 0

- 50

E 55 400

(D

w

roo hmax

s 55

5

hmaxamp 555

50

_ _55_

5

_

hmax5o

m~ox

SpFa ]

08 10 12 14 16 18 20 22 00 02 04 06 08

LOCAL TIME (750 W)

Fig 5

10001100 I I I I I I I I I TI - -I -

800 -

JICAMARCA PERU ELECTRON DENSITY

24 MAY 19r5

Lo Ne S Sp NF

600

50 5

-r

D -400

5 55

Sh max

200 55

-55

0 I I I I I I I I I I I I

08 iO 12 14 LOCAL

16 TIME

18 (750 W)

20 22 24

Fig 6

1000 II bull

Log1o NeJICAMARCA PERUELECTRON1 DENSITY

S27 MAY 1 1975

800

50S00

40 shy 200

o I I I 1 I I I I I I I I I

08 10 42 14

LOCAL 16

TIME 18 (750 W)

20 22 24

Fig 7

1o 0 0 o I i 1 I i 1I i jlI

800

JICAMARCA PERU ELECTRON DENSITY

2 8 MAY 197 5 bull

Log 1 o Ne

Sp

E600 -

050

400 55 -1-

-h rnaxe

50

55 h-max

00

200 - 55 50

o 0

08

Fig 8

I

10

I

42

I I

14

LOCAL

I I I

16

TIME

t 1

18

((75degW) 20

I

22

24

1000 I I I I I I I I I I I I I

800

JICAMARCA PERU ELECTRON DENSITY

29 MAY 1975

LgloNe

SpUF

--

600 50

I-- -shy

o 400 -

55

h maxh

50

200 -

~

oI 0

08

Fig 9

-4

10

I I

12

I

44

LOCAL

T I

46

TIME

I

18

(75 0 W)

I

20

I I - I e~

22 24

700

60

I

oo

A -I IoIl

9

bull 300 deg

io

I

110

I I I I

JICAMARCA PERU ELECTRON TEMPERATURE

1 MAY 1975

500

E400 --

CD 300

h

4000 I

20500F

8000 0000 -

D ~ - oedegoo

9000 v v v v 300 -shyiO00 --hmax

2 0 0

C)

200 -40

g10 F

0800 000 1200 4400 1600 4800 2000 2200 2400

-Fig 10

700-

i I i i

JICAMARCA PERU

ELECTRON TEMPERATURE 20 MAY 975

I

i

i

-ii -

i -

600

1400 -

7000

500

500

E400

300

zoo-200

-

-

- 00

000 deg 150-

hmax-100o

15-S0

-

0 1500-

-

I

maxSdeg500-shy

-

1106I

-a 100

-

0800

Fig ]-I

1000 1200 IrI +

1400 LOCAL

4600 TIME

1 - 1800

(759W)

I 2000 2200 2400

700-

I I JICAMARCA PERU

ELECTRON TEMPERATURE 21 MAY 1975

I 1 I I I

13000

I

500shy

400 -I--shy

300

j)Q

3O0bull

000

deg

200-h d--

150

00Wooo- ~

a

~ - SpF

0o

0800

Fig 12

4000 1200 1400 LOCAL

4600 TIME

4800 (75degW)

2000 2200 2400

700

I- I-7 -

S9000

II

-1300

1 F I I I I

JICAMARCA PERU ELECTRON TEMPERATURE

24 MAY 1975

-

600000

600

2400 -

09000

9O0

h00ma - aa000

aOO -

00 20shy

00 o __________--m -

h---h 15000 000deg

I ___ __ _O_ _ 100It 0

max1--500

1000

0 -

0800

Fig 13

1000 1200 1400

LOCAL

1600

TIME

1800

(750W)

2000 2200 2400

70Q shy7000deg

-

10000 15000 1__j6000 JICAMARCA PERU

ELECTRON TEMPERATURE Z7 MAY 4975

600 i3000

500 -

E400

o 300 -

200

- -1050 9000 050 o

M oo

0 1500-i50 h max max

1506 deg ---shy-0oi 150 0 deg

W00o 1000o

100

0 0800

Fig

I I 1000

14

1200

F 1I I

1400 LOCAL

1600 TIME

I I

180 (750 W)

I 2000

1

2200 2400

1 I I1 1 i I 1 I I I I I

JICAMARCA PERU1200 ELECTRON TEMPERATURE

700 1500 1 28 MAY 1975

100000 -1000 oo

500

9000

500o 2 - 4000 -

0300 10000 90 Wooo5

200 15000

Fg150 15000 -I200 -1500deg 1000 hmax

C400 I - I IlIoo deg i shytoooo-

20000 10001014O10180200 20 100shy

I II -1 1 -I degI I II0 0800 1000 1200 KOO() 1600 1800 2000 bull2200 2400

LOCAL TIME (750 W) Fig 15

APPENDIX B

VERTICAL DRIFT

-36shy

Fig 16 to 21

Fig 22

Fig 23 to 26

Fig-27

Fig 28 to 32

-37-

FIGURE CAPTIONS

Vertical drift velocities and Spread-F activi

ty for the local times (750W) and dates indishy

cated

Composite of Figs 16 to 21

Vertical drift velocities and Spread-F activi ty forthe local times (750W) and dates indishy

cated

Composite ofFigs-2tor-

Typical drift profiles forthe times (750 W)

and dates indicated as functions of bullheightb

lom0 o0I

80

60

i I I i

19-20 May

I

1975

i I I I i I

JICAMARCA

I L I

VERTICAL

i I

DRIFT

40

ZO)

0 -20shy

c

-40 -60o sp

k

-80--O100-

08 0 12 14 16

Locol

5 443l

18 20 22 0

Time (750 W) 02 04

1 L2U YIIt deg

06 08

Fig 16

I I I I I I I I I I I I IIII I I

80 20- 21 May 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20

20

-20

-60- SpF

-80 1 1

1 3 1 6 1 2 3 2

0810 1 14 16 18 20 22 0 02 04 06 08

Local Time (75degW)

Fig 17

Is 100

21-22 May 1975 60 JICAMARCA VERTICAL DRIFT 60_

40shy

20_

0

-20

-40 UI- II QE

SpF-60 shy

-803 3 r2Ss04100

08i 12 1416 18 20 22 00 02 04 06 08

Local --Time (75 0degW)

Fig 18

S 10 0 I I I I ] I I I I I 1 J

80 22-23 May 1975

60- JICAMARCA VERTICAL DRIFT

40

20

0 -20 _

-40 _

-60 Sp F 6

~83III 13 3 2 2 2 2 1K o

08 10 14 1 18 2022 00 02 04 06 08

-- Local Time (751W)

Fig 19

m 100

80 23-24 May 1975

60 JICAMARCA VERTICAL DRIFT

40

20

0

-20- 0

-40- - 1shy

-60 - - ii F

-80 2a 2 0 0 2 2 -t 0 0 1 1 11 II

0810 12 14 16 48 20 22 00 02 04 06 08

Local Time (750 W)

Fig 20

10o

80

60 40

24-25 May

1975

JICAMARCA VERTICAL DRIFT

0 L)

-20

-40

-60

2 2 1

C

2 2 2 1 0

-100 08 10 12 14 16

Local 18 20 22 Time (751W)

00 02 04 Zf

06 08

Fig 21

Ms 100

80 JICAMARCA VERTICAL DRIFTS

60

40

19 - 24 May975 -20 5

0

-20

-40

-60 -810shy

shy

mioor 08 10 12 14 16

Local 18 20 22

Time (75degW)

00 02 04 06 08

Fig 22

ms 100 0 02-03 June 1975 1

80-

GO JICAMARCA VERTICAL DRIFT

40_

20

0

-20

-40shy

-60

-80 3 22 2o______ ___II_____ O-__o I Ia 22 MTfl)4080 12 14 16 18 20 22 00 02 04 06

Local Time (750 W)

Fig 23

08

0 $ I~lI t i I I I I I I I 1 I I I i t I I IiN 100 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

80- 05-06 June 1975

60- JICAMARCA VERTICAL DRIFT

40shy

20shy

0

-20

-40shy-60 i

3-8o 2I I I shy-40113 i 31 21 L-3 o -100 ____-______-

08 10 12 M 16 18 20 22 00 02 04 0608 Local Time (750 W)

Fig 24

100 I i I I I I I I I I I I I I I I I I I

I80 06-07 June 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20_

0

-20shy

-40shy

-60 shy

-80-3 4 -1 1 1 j ---- 10 0

08 10 12 4 16 18 20 22 00 02 04 06 08

Local Time (75 0 W)

Fig 25

r si( o I I I I I I I I I I I I I I I I I I

80 07-08 June 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20

0 I

-20

-40shy

-80shy-803 2 2 2 0 1

08 10 12 4 46 18 20 22 -00 02 04 06 08

Local Time (75 0 W)

Fig 26

I100

80

60

JICAMARCA 02- 08

VERTICAL JUNE 1975

DRIFTS

40

2 1 0 -

3 3

0

-20 -shy

4

-40

-60

m_ 0

08

I

40

I l

12 14 16 Local

I

18 20 Time

I

22 00

(75 0 W)

I

02

1 II

04 0608

Fig 27

800- -Km JICAMARCA PERU DRIFT PROFILE

JUNE 02 975 700 109 LT

600-shy

1500

400 -1 in

300---1

200 IshyI---4

N

100

-60 -40 - -20 0 Ms +20 +40 +60

N0 284

Fig 28

JICAMARCA PERU DRIFT PROFILE

JUNE 05 1975 1210 LT

800

700

-Km

600

500

I

400- - Ln -Fshy

300bull

II200

I I j I

100shy

l It j I I I

-60 -40 -20 0 ms +20 +40 +60

Fig 29

800 Km JICAMARCA PERU DRIFT PROFILE

JUNE 06 1975 700 1230 LT

600

500 -- I-- -

LI

5300 I-I

-4 I

400 3

400

200 shy-4

I it I I -60 -40 -20 0ms +20 +40 +60

Fig - 30

JICAMARCA PERU DRIFT PROFILE 1107 Rocket Launch Time JUNE 07 1975 i1OOLT

800 --Km

Too

600 ----shy

500-

II

400 -

300-

-4shy

4

-4

-4

200 Ishy

ido

bull-60 -40 -20 Oms +20 t40 +60

Fig 31

JICAMARCA PERU DRIFT PROFILE 4145 Rocket Launch Time JUNE 071975

i1AO LT

I I I I I -60 -40 -0 --

Fig 32

800 -- Km

700

600

500

400 bull

300--

I-4

-4w

-II

I

200

100

-

I

I Oms

I +20

I I 40

I I +60

APPENDIX C

ELECTROJETRELATIVE ECHO POWER DENSITY

- S5shy

-56-

FIGURE CAPTIONS

Fig 33 to167 Compositeof relative echo power density vershy

sus frequency deviation for the times (750W)

and dates indicated

I II if I I I I I I 7-

I JICAMARCAJ PERU 1975io 3onod- JUNE 2442e3of (75Ow)

w

10 -40

QWESTQ60 SPECTRUM 49 920 M HiZ

3 EAST

0

o 01 5- 5 7- a

gt _

-450 Ha 0 + 150 He 4- f FROM TRANSMITTED FREQUENCY

Fg2766 ALOnr75

Fig 33

~~~~~ I ~ f I I l l iv~ JICAMARCA PERU1979 JUNE 2

600 SPECTRUM 1 =o4 9 9 2 0WES MHZ10 EAST

Uo 4 0 --

6 o

5

w 08

-150 Ha 0 +150 Hz--- A FROM TRANSMITTED FREQUENCY - ALOIT75

Fig 34

1000 I I I I aIa a

800

JICAMARCA PERU ELECTRON DENSITY

MAY 19-20 1975

Log10 Ne S~=p F

600 50

E

400

I-

55

h maxshyhma

15 -

5

Y

=200 5

5

Sp F

oI

08

Fig

I

i0

1

I I

12

I I

14

I

16

I I

A8

LOCAL

I I 1

20

TIME

I I

22 00

(750 W)

I

02

I

04

I

06 08

i000 I Ii

JICAMARCA PERU Log10 Ne ELECTRON DENSITY

Sp FMAY 20-21 1975800

I shy

600

55

400

hmax

5

50 Sp vFa

0 I I I I I I II 08 10 12 14 16 18 20 22 00 02 04 06 08

LOCAL TIME (75degW)

Fig 2

o o I I I I I I I I I I I I I I

800

JICAMARCA PERU ELECTRON DENSITY

MAY 21-2 1975

Log o Ne

Sp OF

k 1

600 5

E 400

55

hma

45

I

55

50200

SpF =

008

S rI

10

I

12

I

14

I I

16

I I I

18 LOCAL

I I

20

TIME

I

22 do (75 0 W)

I I

02

I

04 06

j

08

Fig 3

4000 i I I

- 800

JICAMARCA PERU ELECTRON DENSITY

MAY 22-23 1975

Log10 Ne

SpF

600

S

400

Lu ZO

Xh

5 55

max---

55-

55

6 h maxrnax

55

55

hmax

-

SpF

0 08 10

I Q

I Ii 14 16

I I I 1M

LOCAL

I I 20

TIME

I 22 00

(75deg W)

02 04

06

08

Fig 4

000

Log10 Ne

ELECTRON DENSITY Sp F

800 MAY 23-24 1975

600 5 0 5 0

- 50

E 55 400

(D

w

roo hmax

s 55

5

hmaxamp 555

50

_ _55_

5

_

hmax5o

m~ox

SpFa ]

08 10 12 14 16 18 20 22 00 02 04 06 08

LOCAL TIME (750 W)

Fig 5

10001100 I I I I I I I I I TI - -I -

800 -

JICAMARCA PERU ELECTRON DENSITY

24 MAY 19r5

Lo Ne S Sp NF

600

50 5

-r

D -400

5 55

Sh max

200 55

-55

0 I I I I I I I I I I I I

08 iO 12 14 LOCAL

16 TIME

18 (750 W)

20 22 24

Fig 6

1000 II bull

Log1o NeJICAMARCA PERUELECTRON1 DENSITY

S27 MAY 1 1975

800

50S00

40 shy 200

o I I I 1 I I I I I I I I I

08 10 42 14

LOCAL 16

TIME 18 (750 W)

20 22 24

Fig 7

1o 0 0 o I i 1 I i 1I i jlI

800

JICAMARCA PERU ELECTRON DENSITY

2 8 MAY 197 5 bull

Log 1 o Ne

Sp

E600 -

050

400 55 -1-

-h rnaxe

50

55 h-max

00

200 - 55 50

o 0

08

Fig 8

I

10

I

42

I I

14

LOCAL

I I I

16

TIME

t 1

18

((75degW) 20

I

22

24

1000 I I I I I I I I I I I I I

800

JICAMARCA PERU ELECTRON DENSITY

29 MAY 1975

LgloNe

SpUF

--

600 50

I-- -shy

o 400 -

55

h maxh

50

200 -

~

oI 0

08

Fig 9

-4

10

I I

12

I

44

LOCAL

T I

46

TIME

I

18

(75 0 W)

I

20

I I - I e~

22 24

700

60

I

oo

A -I IoIl

9

bull 300 deg

io

I

110

I I I I

JICAMARCA PERU ELECTRON TEMPERATURE

1 MAY 1975

500

E400 --

CD 300

h

4000 I

20500F

8000 0000 -

D ~ - oedegoo

9000 v v v v 300 -shyiO00 --hmax

2 0 0

C)

200 -40

g10 F

0800 000 1200 4400 1600 4800 2000 2200 2400

-Fig 10

700-

i I i i

JICAMARCA PERU

ELECTRON TEMPERATURE 20 MAY 975

I

i

i

-ii -

i -

600

1400 -

7000

500

500

E400

300

zoo-200

-

-

- 00

000 deg 150-

hmax-100o

15-S0

-

0 1500-

-

I

maxSdeg500-shy

-

1106I

-a 100

-

0800

Fig ]-I

1000 1200 IrI +

1400 LOCAL

4600 TIME

1 - 1800

(759W)

I 2000 2200 2400

700-

I I JICAMARCA PERU

ELECTRON TEMPERATURE 21 MAY 1975

I 1 I I I

13000

I

500shy

400 -I--shy

300

j)Q

3O0bull

000

deg

200-h d--

150

00Wooo- ~

a

~ - SpF

0o

0800

Fig 12

4000 1200 1400 LOCAL

4600 TIME

4800 (75degW)

2000 2200 2400

700

I- I-7 -

S9000

II

-1300

1 F I I I I

JICAMARCA PERU ELECTRON TEMPERATURE

24 MAY 1975

-

600000

600

2400 -

09000

9O0

h00ma - aa000

aOO -

00 20shy

00 o __________--m -

h---h 15000 000deg

I ___ __ _O_ _ 100It 0

max1--500

1000

0 -

0800

Fig 13

1000 1200 1400

LOCAL

1600

TIME

1800

(750W)

2000 2200 2400

70Q shy7000deg

-

10000 15000 1__j6000 JICAMARCA PERU

ELECTRON TEMPERATURE Z7 MAY 4975

600 i3000

500 -

E400

o 300 -

200

- -1050 9000 050 o

M oo

0 1500-i50 h max max

1506 deg ---shy-0oi 150 0 deg

W00o 1000o

100

0 0800

Fig

I I 1000

14

1200

F 1I I

1400 LOCAL

1600 TIME

I I

180 (750 W)

I 2000

1

2200 2400

1 I I1 1 i I 1 I I I I I

JICAMARCA PERU1200 ELECTRON TEMPERATURE

700 1500 1 28 MAY 1975

100000 -1000 oo

500

9000

500o 2 - 4000 -

0300 10000 90 Wooo5

200 15000

Fg150 15000 -I200 -1500deg 1000 hmax

C400 I - I IlIoo deg i shytoooo-

20000 10001014O10180200 20 100shy

I II -1 1 -I degI I II0 0800 1000 1200 KOO() 1600 1800 2000 bull2200 2400

LOCAL TIME (750 W) Fig 15

APPENDIX B

VERTICAL DRIFT

-36shy

Fig 16 to 21

Fig 22

Fig 23 to 26

Fig-27

Fig 28 to 32

-37-

FIGURE CAPTIONS

Vertical drift velocities and Spread-F activi

ty for the local times (750W) and dates indishy

cated

Composite of Figs 16 to 21

Vertical drift velocities and Spread-F activi ty forthe local times (750W) and dates indishy

cated

Composite ofFigs-2tor-

Typical drift profiles forthe times (750 W)

and dates indicated as functions of bullheightb

lom0 o0I

80

60

i I I i

19-20 May

I

1975

i I I I i I

JICAMARCA

I L I

VERTICAL

i I

DRIFT

40

ZO)

0 -20shy

c

-40 -60o sp

k

-80--O100-

08 0 12 14 16

Locol

5 443l

18 20 22 0

Time (750 W) 02 04

1 L2U YIIt deg

06 08

Fig 16

I I I I I I I I I I I I IIII I I

80 20- 21 May 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20

20

-20

-60- SpF

-80 1 1

1 3 1 6 1 2 3 2

0810 1 14 16 18 20 22 0 02 04 06 08

Local Time (75degW)

Fig 17

Is 100

21-22 May 1975 60 JICAMARCA VERTICAL DRIFT 60_

40shy

20_

0

-20

-40 UI- II QE

SpF-60 shy

-803 3 r2Ss04100

08i 12 1416 18 20 22 00 02 04 06 08

Local --Time (75 0degW)

Fig 18

S 10 0 I I I I ] I I I I I 1 J

80 22-23 May 1975

60- JICAMARCA VERTICAL DRIFT

40

20

0 -20 _

-40 _

-60 Sp F 6

~83III 13 3 2 2 2 2 1K o

08 10 14 1 18 2022 00 02 04 06 08

-- Local Time (751W)

Fig 19

m 100

80 23-24 May 1975

60 JICAMARCA VERTICAL DRIFT

40

20

0

-20- 0

-40- - 1shy

-60 - - ii F

-80 2a 2 0 0 2 2 -t 0 0 1 1 11 II

0810 12 14 16 48 20 22 00 02 04 06 08

Local Time (750 W)

Fig 20

10o

80

60 40

24-25 May

1975

JICAMARCA VERTICAL DRIFT

0 L)

-20

-40

-60

2 2 1

C

2 2 2 1 0

-100 08 10 12 14 16

Local 18 20 22 Time (751W)

00 02 04 Zf

06 08

Fig 21

Ms 100

80 JICAMARCA VERTICAL DRIFTS

60

40

19 - 24 May975 -20 5

0

-20

-40

-60 -810shy

shy

mioor 08 10 12 14 16

Local 18 20 22

Time (75degW)

00 02 04 06 08

Fig 22

ms 100 0 02-03 June 1975 1

80-

GO JICAMARCA VERTICAL DRIFT

40_

20

0

-20

-40shy

-60

-80 3 22 2o______ ___II_____ O-__o I Ia 22 MTfl)4080 12 14 16 18 20 22 00 02 04 06

Local Time (750 W)

Fig 23

08

0 $ I~lI t i I I I I I I I 1 I I I i t I I IiN 100 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

80- 05-06 June 1975

60- JICAMARCA VERTICAL DRIFT

40shy

20shy

0

-20

-40shy-60 i

3-8o 2I I I shy-40113 i 31 21 L-3 o -100 ____-______-

08 10 12 M 16 18 20 22 00 02 04 0608 Local Time (750 W)

Fig 24

100 I i I I I I I I I I I I I I I I I I I

I80 06-07 June 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20_

0

-20shy

-40shy

-60 shy

-80-3 4 -1 1 1 j ---- 10 0

08 10 12 4 16 18 20 22 00 02 04 06 08

Local Time (75 0 W)

Fig 25

r si( o I I I I I I I I I I I I I I I I I I

80 07-08 June 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20

0 I

-20

-40shy

-80shy-803 2 2 2 0 1

08 10 12 4 46 18 20 22 -00 02 04 06 08

Local Time (75 0 W)

Fig 26

I100

80

60

JICAMARCA 02- 08

VERTICAL JUNE 1975

DRIFTS

40

2 1 0 -

3 3

0

-20 -shy

4

-40

-60

m_ 0

08

I

40

I l

12 14 16 Local

I

18 20 Time

I

22 00

(75 0 W)

I

02

1 II

04 0608

Fig 27

800- -Km JICAMARCA PERU DRIFT PROFILE

JUNE 02 975 700 109 LT

600-shy

1500

400 -1 in

300---1

200 IshyI---4

N

100

-60 -40 - -20 0 Ms +20 +40 +60

N0 284

Fig 28

JICAMARCA PERU DRIFT PROFILE

JUNE 05 1975 1210 LT

800

700

-Km

600

500

I

400- - Ln -Fshy

300bull

II200

I I j I

100shy

l It j I I I

-60 -40 -20 0 ms +20 +40 +60

Fig 29

800 Km JICAMARCA PERU DRIFT PROFILE

JUNE 06 1975 700 1230 LT

600

500 -- I-- -

LI

5300 I-I

-4 I

400 3

400

200 shy-4

I it I I -60 -40 -20 0ms +20 +40 +60

Fig - 30

JICAMARCA PERU DRIFT PROFILE 1107 Rocket Launch Time JUNE 07 1975 i1OOLT

800 --Km

Too

600 ----shy

500-

II

400 -

300-

-4shy

4

-4

-4

200 Ishy

ido

bull-60 -40 -20 Oms +20 t40 +60

Fig 31

JICAMARCA PERU DRIFT PROFILE 4145 Rocket Launch Time JUNE 071975

i1AO LT

I I I I I -60 -40 -0 --

Fig 32

800 -- Km

700

600

500

400 bull

300--

I-4

-4w

-II

I

200

100

-

I

I Oms

I +20

I I 40

I I +60

APPENDIX C

ELECTROJETRELATIVE ECHO POWER DENSITY

- S5shy

-56-

FIGURE CAPTIONS

Fig 33 to167 Compositeof relative echo power density vershy

sus frequency deviation for the times (750W)

and dates indicated

I II if I I I I I I 7-

I JICAMARCAJ PERU 1975io 3onod- JUNE 2442e3of (75Ow)

w

10 -40

QWESTQ60 SPECTRUM 49 920 M HiZ

3 EAST

0

o 01 5- 5 7- a

gt _

-450 Ha 0 + 150 He 4- f FROM TRANSMITTED FREQUENCY

Fg2766 ALOnr75

Fig 33

~~~~~ I ~ f I I l l iv~ JICAMARCA PERU1979 JUNE 2

600 SPECTRUM 1 =o4 9 9 2 0WES MHZ10 EAST

Uo 4 0 --

6 o

5

w 08

-150 Ha 0 +150 Hz--- A FROM TRANSMITTED FREQUENCY - ALOIT75

Fig 34

i000 I Ii

JICAMARCA PERU Log10 Ne ELECTRON DENSITY

Sp FMAY 20-21 1975800

I shy

600

55

400

hmax

5

50 Sp vFa

0 I I I I I I II 08 10 12 14 16 18 20 22 00 02 04 06 08

LOCAL TIME (75degW)

Fig 2

o o I I I I I I I I I I I I I I

800

JICAMARCA PERU ELECTRON DENSITY

MAY 21-2 1975

Log o Ne

Sp OF

k 1

600 5

E 400

55

hma

45

I

55

50200

SpF =

008

S rI

10

I

12

I

14

I I

16

I I I

18 LOCAL

I I

20

TIME

I

22 do (75 0 W)

I I

02

I

04 06

j

08

Fig 3

4000 i I I

- 800

JICAMARCA PERU ELECTRON DENSITY

MAY 22-23 1975

Log10 Ne

SpF

600

S

400

Lu ZO

Xh

5 55

max---

55-

55

6 h maxrnax

55

55

hmax

-

SpF

0 08 10

I Q

I Ii 14 16

I I I 1M

LOCAL

I I 20

TIME

I 22 00

(75deg W)

02 04

06

08

Fig 4

000

Log10 Ne

ELECTRON DENSITY Sp F

800 MAY 23-24 1975

600 5 0 5 0

- 50

E 55 400

(D

w

roo hmax

s 55

5

hmaxamp 555

50

_ _55_

5

_

hmax5o

m~ox

SpFa ]

08 10 12 14 16 18 20 22 00 02 04 06 08

LOCAL TIME (750 W)

Fig 5

10001100 I I I I I I I I I TI - -I -

800 -

JICAMARCA PERU ELECTRON DENSITY

24 MAY 19r5

Lo Ne S Sp NF

600

50 5

-r

D -400

5 55

Sh max

200 55

-55

0 I I I I I I I I I I I I

08 iO 12 14 LOCAL

16 TIME

18 (750 W)

20 22 24

Fig 6

1000 II bull

Log1o NeJICAMARCA PERUELECTRON1 DENSITY

S27 MAY 1 1975

800

50S00

40 shy 200

o I I I 1 I I I I I I I I I

08 10 42 14

LOCAL 16

TIME 18 (750 W)

20 22 24

Fig 7

1o 0 0 o I i 1 I i 1I i jlI

800

JICAMARCA PERU ELECTRON DENSITY

2 8 MAY 197 5 bull

Log 1 o Ne

Sp

E600 -

050

400 55 -1-

-h rnaxe

50

55 h-max

00

200 - 55 50

o 0

08

Fig 8

I

10

I

42

I I

14

LOCAL

I I I

16

TIME

t 1

18

((75degW) 20

I

22

24

1000 I I I I I I I I I I I I I

800

JICAMARCA PERU ELECTRON DENSITY

29 MAY 1975

LgloNe

SpUF

--

600 50

I-- -shy

o 400 -

55

h maxh

50

200 -

~

oI 0

08

Fig 9

-4

10

I I

12

I

44

LOCAL

T I

46

TIME

I

18

(75 0 W)

I

20

I I - I e~

22 24

700

60

I

oo

A -I IoIl

9

bull 300 deg

io

I

110

I I I I

JICAMARCA PERU ELECTRON TEMPERATURE

1 MAY 1975

500

E400 --

CD 300

h

4000 I

20500F

8000 0000 -

D ~ - oedegoo

9000 v v v v 300 -shyiO00 --hmax

2 0 0

C)

200 -40

g10 F

0800 000 1200 4400 1600 4800 2000 2200 2400

-Fig 10

700-

i I i i

JICAMARCA PERU

ELECTRON TEMPERATURE 20 MAY 975

I

i

i

-ii -

i -

600

1400 -

7000

500

500

E400

300

zoo-200

-

-

- 00

000 deg 150-

hmax-100o

15-S0

-

0 1500-

-

I

maxSdeg500-shy

-

1106I

-a 100

-

0800

Fig ]-I

1000 1200 IrI +

1400 LOCAL

4600 TIME

1 - 1800

(759W)

I 2000 2200 2400

700-

I I JICAMARCA PERU

ELECTRON TEMPERATURE 21 MAY 1975

I 1 I I I

13000

I

500shy

400 -I--shy

300

j)Q

3O0bull

000

deg

200-h d--

150

00Wooo- ~

a

~ - SpF

0o

0800

Fig 12

4000 1200 1400 LOCAL

4600 TIME

4800 (75degW)

2000 2200 2400

700

I- I-7 -

S9000

II

-1300

1 F I I I I

JICAMARCA PERU ELECTRON TEMPERATURE

24 MAY 1975

-

600000

600

2400 -

09000

9O0

h00ma - aa000

aOO -

00 20shy

00 o __________--m -

h---h 15000 000deg

I ___ __ _O_ _ 100It 0

max1--500

1000

0 -

0800

Fig 13

1000 1200 1400

LOCAL

1600

TIME

1800

(750W)

2000 2200 2400

70Q shy7000deg

-

10000 15000 1__j6000 JICAMARCA PERU

ELECTRON TEMPERATURE Z7 MAY 4975

600 i3000

500 -

E400

o 300 -

200

- -1050 9000 050 o

M oo

0 1500-i50 h max max

1506 deg ---shy-0oi 150 0 deg

W00o 1000o

100

0 0800

Fig

I I 1000

14

1200

F 1I I

1400 LOCAL

1600 TIME

I I

180 (750 W)

I 2000

1

2200 2400

1 I I1 1 i I 1 I I I I I

JICAMARCA PERU1200 ELECTRON TEMPERATURE

700 1500 1 28 MAY 1975

100000 -1000 oo

500

9000

500o 2 - 4000 -

0300 10000 90 Wooo5

200 15000

Fg150 15000 -I200 -1500deg 1000 hmax

C400 I - I IlIoo deg i shytoooo-

20000 10001014O10180200 20 100shy

I II -1 1 -I degI I II0 0800 1000 1200 KOO() 1600 1800 2000 bull2200 2400

LOCAL TIME (750 W) Fig 15

APPENDIX B

VERTICAL DRIFT

-36shy

Fig 16 to 21

Fig 22

Fig 23 to 26

Fig-27

Fig 28 to 32

-37-

FIGURE CAPTIONS

Vertical drift velocities and Spread-F activi

ty for the local times (750W) and dates indishy

cated

Composite of Figs 16 to 21

Vertical drift velocities and Spread-F activi ty forthe local times (750W) and dates indishy

cated

Composite ofFigs-2tor-

Typical drift profiles forthe times (750 W)

and dates indicated as functions of bullheightb

lom0 o0I

80

60

i I I i

19-20 May

I

1975

i I I I i I

JICAMARCA

I L I

VERTICAL

i I

DRIFT

40

ZO)

0 -20shy

c

-40 -60o sp

k

-80--O100-

08 0 12 14 16

Locol

5 443l

18 20 22 0

Time (750 W) 02 04

1 L2U YIIt deg

06 08

Fig 16

I I I I I I I I I I I I IIII I I

80 20- 21 May 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20

20

-20

-60- SpF

-80 1 1

1 3 1 6 1 2 3 2

0810 1 14 16 18 20 22 0 02 04 06 08

Local Time (75degW)

Fig 17

Is 100

21-22 May 1975 60 JICAMARCA VERTICAL DRIFT 60_

40shy

20_

0

-20

-40 UI- II QE

SpF-60 shy

-803 3 r2Ss04100

08i 12 1416 18 20 22 00 02 04 06 08

Local --Time (75 0degW)

Fig 18

S 10 0 I I I I ] I I I I I 1 J

80 22-23 May 1975

60- JICAMARCA VERTICAL DRIFT

40

20

0 -20 _

-40 _

-60 Sp F 6

~83III 13 3 2 2 2 2 1K o

08 10 14 1 18 2022 00 02 04 06 08

-- Local Time (751W)

Fig 19

m 100

80 23-24 May 1975

60 JICAMARCA VERTICAL DRIFT

40

20

0

-20- 0

-40- - 1shy

-60 - - ii F

-80 2a 2 0 0 2 2 -t 0 0 1 1 11 II

0810 12 14 16 48 20 22 00 02 04 06 08

Local Time (750 W)

Fig 20

10o

80

60 40

24-25 May

1975

JICAMARCA VERTICAL DRIFT

0 L)

-20

-40

-60

2 2 1

C

2 2 2 1 0

-100 08 10 12 14 16

Local 18 20 22 Time (751W)

00 02 04 Zf

06 08

Fig 21

Ms 100

80 JICAMARCA VERTICAL DRIFTS

60

40

19 - 24 May975 -20 5

0

-20

-40

-60 -810shy

shy

mioor 08 10 12 14 16

Local 18 20 22

Time (75degW)

00 02 04 06 08

Fig 22

ms 100 0 02-03 June 1975 1

80-

GO JICAMARCA VERTICAL DRIFT

40_

20

0

-20

-40shy

-60

-80 3 22 2o______ ___II_____ O-__o I Ia 22 MTfl)4080 12 14 16 18 20 22 00 02 04 06

Local Time (750 W)

Fig 23

08

0 $ I~lI t i I I I I I I I 1 I I I i t I I IiN 100 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

80- 05-06 June 1975

60- JICAMARCA VERTICAL DRIFT

40shy

20shy

0

-20

-40shy-60 i

3-8o 2I I I shy-40113 i 31 21 L-3 o -100 ____-______-

08 10 12 M 16 18 20 22 00 02 04 0608 Local Time (750 W)

Fig 24

100 I i I I I I I I I I I I I I I I I I I

I80 06-07 June 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20_

0

-20shy

-40shy

-60 shy

-80-3 4 -1 1 1 j ---- 10 0

08 10 12 4 16 18 20 22 00 02 04 06 08

Local Time (75 0 W)

Fig 25

r si( o I I I I I I I I I I I I I I I I I I

80 07-08 June 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20

0 I

-20

-40shy

-80shy-803 2 2 2 0 1

08 10 12 4 46 18 20 22 -00 02 04 06 08

Local Time (75 0 W)

Fig 26

I100

80

60

JICAMARCA 02- 08

VERTICAL JUNE 1975

DRIFTS

40

2 1 0 -

3 3

0

-20 -shy

4

-40

-60

m_ 0

08

I

40

I l

12 14 16 Local

I

18 20 Time

I

22 00

(75 0 W)

I

02

1 II

04 0608

Fig 27

800- -Km JICAMARCA PERU DRIFT PROFILE

JUNE 02 975 700 109 LT

600-shy

1500

400 -1 in

300---1

200 IshyI---4

N

100

-60 -40 - -20 0 Ms +20 +40 +60

N0 284

Fig 28

JICAMARCA PERU DRIFT PROFILE

JUNE 05 1975 1210 LT

800

700

-Km

600

500

I

400- - Ln -Fshy

300bull

II200

I I j I

100shy

l It j I I I

-60 -40 -20 0 ms +20 +40 +60

Fig 29

800 Km JICAMARCA PERU DRIFT PROFILE

JUNE 06 1975 700 1230 LT

600

500 -- I-- -

LI

5300 I-I

-4 I

400 3

400

200 shy-4

I it I I -60 -40 -20 0ms +20 +40 +60

Fig - 30

JICAMARCA PERU DRIFT PROFILE 1107 Rocket Launch Time JUNE 07 1975 i1OOLT

800 --Km

Too

600 ----shy

500-

II

400 -

300-

-4shy

4

-4

-4

200 Ishy

ido

bull-60 -40 -20 Oms +20 t40 +60

Fig 31

JICAMARCA PERU DRIFT PROFILE 4145 Rocket Launch Time JUNE 071975

i1AO LT

I I I I I -60 -40 -0 --

Fig 32

800 -- Km

700

600

500

400 bull

300--

I-4

-4w

-II

I

200

100

-

I

I Oms

I +20

I I 40

I I +60

APPENDIX C

ELECTROJETRELATIVE ECHO POWER DENSITY

- S5shy

-56-

FIGURE CAPTIONS

Fig 33 to167 Compositeof relative echo power density vershy

sus frequency deviation for the times (750W)

and dates indicated

I II if I I I I I I 7-

I JICAMARCAJ PERU 1975io 3onod- JUNE 2442e3of (75Ow)

w

10 -40

QWESTQ60 SPECTRUM 49 920 M HiZ

3 EAST

0

o 01 5- 5 7- a

gt _

-450 Ha 0 + 150 He 4- f FROM TRANSMITTED FREQUENCY

Fg2766 ALOnr75

Fig 33

~~~~~ I ~ f I I l l iv~ JICAMARCA PERU1979 JUNE 2

600 SPECTRUM 1 =o4 9 9 2 0WES MHZ10 EAST

Uo 4 0 --

6 o

5

w 08

-150 Ha 0 +150 Hz--- A FROM TRANSMITTED FREQUENCY - ALOIT75

Fig 34

o o I I I I I I I I I I I I I I

800

JICAMARCA PERU ELECTRON DENSITY

MAY 21-2 1975

Log o Ne

Sp OF

k 1

600 5

E 400

55

hma

45

I

55

50200

SpF =

008

S rI

10

I

12

I

14

I I

16

I I I

18 LOCAL

I I

20

TIME

I

22 do (75 0 W)

I I

02

I

04 06

j

08

Fig 3

4000 i I I

- 800

JICAMARCA PERU ELECTRON DENSITY

MAY 22-23 1975

Log10 Ne

SpF

600

S

400

Lu ZO

Xh

5 55

max---

55-

55

6 h maxrnax

55

55

hmax

-

SpF

0 08 10

I Q

I Ii 14 16

I I I 1M

LOCAL

I I 20

TIME

I 22 00

(75deg W)

02 04

06

08

Fig 4

000

Log10 Ne

ELECTRON DENSITY Sp F

800 MAY 23-24 1975

600 5 0 5 0

- 50

E 55 400

(D

w

roo hmax

s 55

5

hmaxamp 555

50

_ _55_

5

_

hmax5o

m~ox

SpFa ]

08 10 12 14 16 18 20 22 00 02 04 06 08

LOCAL TIME (750 W)

Fig 5

10001100 I I I I I I I I I TI - -I -

800 -

JICAMARCA PERU ELECTRON DENSITY

24 MAY 19r5

Lo Ne S Sp NF

600

50 5

-r

D -400

5 55

Sh max

200 55

-55

0 I I I I I I I I I I I I

08 iO 12 14 LOCAL

16 TIME

18 (750 W)

20 22 24

Fig 6

1000 II bull

Log1o NeJICAMARCA PERUELECTRON1 DENSITY

S27 MAY 1 1975

800

50S00

40 shy 200

o I I I 1 I I I I I I I I I

08 10 42 14

LOCAL 16

TIME 18 (750 W)

20 22 24

Fig 7

1o 0 0 o I i 1 I i 1I i jlI

800

JICAMARCA PERU ELECTRON DENSITY

2 8 MAY 197 5 bull

Log 1 o Ne

Sp

E600 -

050

400 55 -1-

-h rnaxe

50

55 h-max

00

200 - 55 50

o 0

08

Fig 8

I

10

I

42

I I

14

LOCAL

I I I

16

TIME

t 1

18

((75degW) 20

I

22

24

1000 I I I I I I I I I I I I I

800

JICAMARCA PERU ELECTRON DENSITY

29 MAY 1975

LgloNe

SpUF

--

600 50

I-- -shy

o 400 -

55

h maxh

50

200 -

~

oI 0

08

Fig 9

-4

10

I I

12

I

44

LOCAL

T I

46

TIME

I

18

(75 0 W)

I

20

I I - I e~

22 24

700

60

I

oo

A -I IoIl

9

bull 300 deg

io

I

110

I I I I

JICAMARCA PERU ELECTRON TEMPERATURE

1 MAY 1975

500

E400 --

CD 300

h

4000 I

20500F

8000 0000 -

D ~ - oedegoo

9000 v v v v 300 -shyiO00 --hmax

2 0 0

C)

200 -40

g10 F

0800 000 1200 4400 1600 4800 2000 2200 2400

-Fig 10

700-

i I i i

JICAMARCA PERU

ELECTRON TEMPERATURE 20 MAY 975

I

i

i

-ii -

i -

600

1400 -

7000

500

500

E400

300

zoo-200

-

-

- 00

000 deg 150-

hmax-100o

15-S0

-

0 1500-

-

I

maxSdeg500-shy

-

1106I

-a 100

-

0800

Fig ]-I

1000 1200 IrI +

1400 LOCAL

4600 TIME

1 - 1800

(759W)

I 2000 2200 2400

700-

I I JICAMARCA PERU

ELECTRON TEMPERATURE 21 MAY 1975

I 1 I I I

13000

I

500shy

400 -I--shy

300

j)Q

3O0bull

000

deg

200-h d--

150

00Wooo- ~

a

~ - SpF

0o

0800

Fig 12

4000 1200 1400 LOCAL

4600 TIME

4800 (75degW)

2000 2200 2400

700

I- I-7 -

S9000

II

-1300

1 F I I I I

JICAMARCA PERU ELECTRON TEMPERATURE

24 MAY 1975

-

600000

600

2400 -

09000

9O0

h00ma - aa000

aOO -

00 20shy

00 o __________--m -

h---h 15000 000deg

I ___ __ _O_ _ 100It 0

max1--500

1000

0 -

0800

Fig 13

1000 1200 1400

LOCAL

1600

TIME

1800

(750W)

2000 2200 2400

70Q shy7000deg

-

10000 15000 1__j6000 JICAMARCA PERU

ELECTRON TEMPERATURE Z7 MAY 4975

600 i3000

500 -

E400

o 300 -

200

- -1050 9000 050 o

M oo

0 1500-i50 h max max

1506 deg ---shy-0oi 150 0 deg

W00o 1000o

100

0 0800

Fig

I I 1000

14

1200

F 1I I

1400 LOCAL

1600 TIME

I I

180 (750 W)

I 2000

1

2200 2400

1 I I1 1 i I 1 I I I I I

JICAMARCA PERU1200 ELECTRON TEMPERATURE

700 1500 1 28 MAY 1975

100000 -1000 oo

500

9000

500o 2 - 4000 -

0300 10000 90 Wooo5

200 15000

Fg150 15000 -I200 -1500deg 1000 hmax

C400 I - I IlIoo deg i shytoooo-

20000 10001014O10180200 20 100shy

I II -1 1 -I degI I II0 0800 1000 1200 KOO() 1600 1800 2000 bull2200 2400

LOCAL TIME (750 W) Fig 15

APPENDIX B

VERTICAL DRIFT

-36shy

Fig 16 to 21

Fig 22

Fig 23 to 26

Fig-27

Fig 28 to 32

-37-

FIGURE CAPTIONS

Vertical drift velocities and Spread-F activi

ty for the local times (750W) and dates indishy

cated

Composite of Figs 16 to 21

Vertical drift velocities and Spread-F activi ty forthe local times (750W) and dates indishy

cated

Composite ofFigs-2tor-

Typical drift profiles forthe times (750 W)

and dates indicated as functions of bullheightb

lom0 o0I

80

60

i I I i

19-20 May

I

1975

i I I I i I

JICAMARCA

I L I

VERTICAL

i I

DRIFT

40

ZO)

0 -20shy

c

-40 -60o sp

k

-80--O100-

08 0 12 14 16

Locol

5 443l

18 20 22 0

Time (750 W) 02 04

1 L2U YIIt deg

06 08

Fig 16

I I I I I I I I I I I I IIII I I

80 20- 21 May 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20

20

-20

-60- SpF

-80 1 1

1 3 1 6 1 2 3 2

0810 1 14 16 18 20 22 0 02 04 06 08

Local Time (75degW)

Fig 17

Is 100

21-22 May 1975 60 JICAMARCA VERTICAL DRIFT 60_

40shy

20_

0

-20

-40 UI- II QE

SpF-60 shy

-803 3 r2Ss04100

08i 12 1416 18 20 22 00 02 04 06 08

Local --Time (75 0degW)

Fig 18

S 10 0 I I I I ] I I I I I 1 J

80 22-23 May 1975

60- JICAMARCA VERTICAL DRIFT

40

20

0 -20 _

-40 _

-60 Sp F 6

~83III 13 3 2 2 2 2 1K o

08 10 14 1 18 2022 00 02 04 06 08

-- Local Time (751W)

Fig 19

m 100

80 23-24 May 1975

60 JICAMARCA VERTICAL DRIFT

40

20

0

-20- 0

-40- - 1shy

-60 - - ii F

-80 2a 2 0 0 2 2 -t 0 0 1 1 11 II

0810 12 14 16 48 20 22 00 02 04 06 08

Local Time (750 W)

Fig 20

10o

80

60 40

24-25 May

1975

JICAMARCA VERTICAL DRIFT

0 L)

-20

-40

-60

2 2 1

C

2 2 2 1 0

-100 08 10 12 14 16

Local 18 20 22 Time (751W)

00 02 04 Zf

06 08

Fig 21

Ms 100

80 JICAMARCA VERTICAL DRIFTS

60

40

19 - 24 May975 -20 5

0

-20

-40

-60 -810shy

shy

mioor 08 10 12 14 16

Local 18 20 22

Time (75degW)

00 02 04 06 08

Fig 22

ms 100 0 02-03 June 1975 1

80-

GO JICAMARCA VERTICAL DRIFT

40_

20

0

-20

-40shy

-60

-80 3 22 2o______ ___II_____ O-__o I Ia 22 MTfl)4080 12 14 16 18 20 22 00 02 04 06

Local Time (750 W)

Fig 23

08

0 $ I~lI t i I I I I I I I 1 I I I i t I I IiN 100 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

80- 05-06 June 1975

60- JICAMARCA VERTICAL DRIFT

40shy

20shy

0

-20

-40shy-60 i

3-8o 2I I I shy-40113 i 31 21 L-3 o -100 ____-______-

08 10 12 M 16 18 20 22 00 02 04 0608 Local Time (750 W)

Fig 24

100 I i I I I I I I I I I I I I I I I I I

I80 06-07 June 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20_

0

-20shy

-40shy

-60 shy

-80-3 4 -1 1 1 j ---- 10 0

08 10 12 4 16 18 20 22 00 02 04 06 08

Local Time (75 0 W)

Fig 25

r si( o I I I I I I I I I I I I I I I I I I

80 07-08 June 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20

0 I

-20

-40shy

-80shy-803 2 2 2 0 1

08 10 12 4 46 18 20 22 -00 02 04 06 08

Local Time (75 0 W)

Fig 26

I100

80

60

JICAMARCA 02- 08

VERTICAL JUNE 1975

DRIFTS

40

2 1 0 -

3 3

0

-20 -shy

4

-40

-60

m_ 0

08

I

40

I l

12 14 16 Local

I

18 20 Time

I

22 00

(75 0 W)

I

02

1 II

04 0608

Fig 27

800- -Km JICAMARCA PERU DRIFT PROFILE

JUNE 02 975 700 109 LT

600-shy

1500

400 -1 in

300---1

200 IshyI---4

N

100

-60 -40 - -20 0 Ms +20 +40 +60

N0 284

Fig 28

JICAMARCA PERU DRIFT PROFILE

JUNE 05 1975 1210 LT

800

700

-Km

600

500

I

400- - Ln -Fshy

300bull

II200

I I j I

100shy

l It j I I I

-60 -40 -20 0 ms +20 +40 +60

Fig 29

800 Km JICAMARCA PERU DRIFT PROFILE

JUNE 06 1975 700 1230 LT

600

500 -- I-- -

LI

5300 I-I

-4 I

400 3

400

200 shy-4

I it I I -60 -40 -20 0ms +20 +40 +60

Fig - 30

JICAMARCA PERU DRIFT PROFILE 1107 Rocket Launch Time JUNE 07 1975 i1OOLT

800 --Km

Too

600 ----shy

500-

II

400 -

300-

-4shy

4

-4

-4

200 Ishy

ido

bull-60 -40 -20 Oms +20 t40 +60

Fig 31

JICAMARCA PERU DRIFT PROFILE 4145 Rocket Launch Time JUNE 071975

i1AO LT

I I I I I -60 -40 -0 --

Fig 32

800 -- Km

700

600

500

400 bull

300--

I-4

-4w

-II

I

200

100

-

I

I Oms

I +20

I I 40

I I +60

APPENDIX C

ELECTROJETRELATIVE ECHO POWER DENSITY

- S5shy

-56-

FIGURE CAPTIONS

Fig 33 to167 Compositeof relative echo power density vershy

sus frequency deviation for the times (750W)

and dates indicated

I II if I I I I I I 7-

I JICAMARCAJ PERU 1975io 3onod- JUNE 2442e3of (75Ow)

w

10 -40

QWESTQ60 SPECTRUM 49 920 M HiZ

3 EAST

0

o 01 5- 5 7- a

gt _

-450 Ha 0 + 150 He 4- f FROM TRANSMITTED FREQUENCY

Fg2766 ALOnr75

Fig 33

~~~~~ I ~ f I I l l iv~ JICAMARCA PERU1979 JUNE 2

600 SPECTRUM 1 =o4 9 9 2 0WES MHZ10 EAST

Uo 4 0 --

6 o

5

w 08

-150 Ha 0 +150 Hz--- A FROM TRANSMITTED FREQUENCY - ALOIT75

Fig 34

4000 i I I

- 800

JICAMARCA PERU ELECTRON DENSITY

MAY 22-23 1975

Log10 Ne

SpF

600

S

400

Lu ZO

Xh

5 55

max---

55-

55

6 h maxrnax

55

55

hmax

-

SpF

0 08 10

I Q

I Ii 14 16

I I I 1M

LOCAL

I I 20

TIME

I 22 00

(75deg W)

02 04

06

08

Fig 4

000

Log10 Ne

ELECTRON DENSITY Sp F

800 MAY 23-24 1975

600 5 0 5 0

- 50

E 55 400

(D

w

roo hmax

s 55

5

hmaxamp 555

50

_ _55_

5

_

hmax5o

m~ox

SpFa ]

08 10 12 14 16 18 20 22 00 02 04 06 08

LOCAL TIME (750 W)

Fig 5

10001100 I I I I I I I I I TI - -I -

800 -

JICAMARCA PERU ELECTRON DENSITY

24 MAY 19r5

Lo Ne S Sp NF

600

50 5

-r

D -400

5 55

Sh max

200 55

-55

0 I I I I I I I I I I I I

08 iO 12 14 LOCAL

16 TIME

18 (750 W)

20 22 24

Fig 6

1000 II bull

Log1o NeJICAMARCA PERUELECTRON1 DENSITY

S27 MAY 1 1975

800

50S00

40 shy 200

o I I I 1 I I I I I I I I I

08 10 42 14

LOCAL 16

TIME 18 (750 W)

20 22 24

Fig 7

1o 0 0 o I i 1 I i 1I i jlI

800

JICAMARCA PERU ELECTRON DENSITY

2 8 MAY 197 5 bull

Log 1 o Ne

Sp

E600 -

050

400 55 -1-

-h rnaxe

50

55 h-max

00

200 - 55 50

o 0

08

Fig 8

I

10

I

42

I I

14

LOCAL

I I I

16

TIME

t 1

18

((75degW) 20

I

22

24

1000 I I I I I I I I I I I I I

800

JICAMARCA PERU ELECTRON DENSITY

29 MAY 1975

LgloNe

SpUF

--

600 50

I-- -shy

o 400 -

55

h maxh

50

200 -

~

oI 0

08

Fig 9

-4

10

I I

12

I

44

LOCAL

T I

46

TIME

I

18

(75 0 W)

I

20

I I - I e~

22 24

700

60

I

oo

A -I IoIl

9

bull 300 deg

io

I

110

I I I I

JICAMARCA PERU ELECTRON TEMPERATURE

1 MAY 1975

500

E400 --

CD 300

h

4000 I

20500F

8000 0000 -

D ~ - oedegoo

9000 v v v v 300 -shyiO00 --hmax

2 0 0

C)

200 -40

g10 F

0800 000 1200 4400 1600 4800 2000 2200 2400

-Fig 10

700-

i I i i

JICAMARCA PERU

ELECTRON TEMPERATURE 20 MAY 975

I

i

i

-ii -

i -

600

1400 -

7000

500

500

E400

300

zoo-200

-

-

- 00

000 deg 150-

hmax-100o

15-S0

-

0 1500-

-

I

maxSdeg500-shy

-

1106I

-a 100

-

0800

Fig ]-I

1000 1200 IrI +

1400 LOCAL

4600 TIME

1 - 1800

(759W)

I 2000 2200 2400

700-

I I JICAMARCA PERU

ELECTRON TEMPERATURE 21 MAY 1975

I 1 I I I

13000

I

500shy

400 -I--shy

300

j)Q

3O0bull

000

deg

200-h d--

150

00Wooo- ~

a

~ - SpF

0o

0800

Fig 12

4000 1200 1400 LOCAL

4600 TIME

4800 (75degW)

2000 2200 2400

700

I- I-7 -

S9000

II

-1300

1 F I I I I

JICAMARCA PERU ELECTRON TEMPERATURE

24 MAY 1975

-

600000

600

2400 -

09000

9O0

h00ma - aa000

aOO -

00 20shy

00 o __________--m -

h---h 15000 000deg

I ___ __ _O_ _ 100It 0

max1--500

1000

0 -

0800

Fig 13

1000 1200 1400

LOCAL

1600

TIME

1800

(750W)

2000 2200 2400

70Q shy7000deg

-

10000 15000 1__j6000 JICAMARCA PERU

ELECTRON TEMPERATURE Z7 MAY 4975

600 i3000

500 -

E400

o 300 -

200

- -1050 9000 050 o

M oo

0 1500-i50 h max max

1506 deg ---shy-0oi 150 0 deg

W00o 1000o

100

0 0800

Fig

I I 1000

14

1200

F 1I I

1400 LOCAL

1600 TIME

I I

180 (750 W)

I 2000

1

2200 2400

1 I I1 1 i I 1 I I I I I

JICAMARCA PERU1200 ELECTRON TEMPERATURE

700 1500 1 28 MAY 1975

100000 -1000 oo

500

9000

500o 2 - 4000 -

0300 10000 90 Wooo5

200 15000

Fg150 15000 -I200 -1500deg 1000 hmax

C400 I - I IlIoo deg i shytoooo-

20000 10001014O10180200 20 100shy

I II -1 1 -I degI I II0 0800 1000 1200 KOO() 1600 1800 2000 bull2200 2400

LOCAL TIME (750 W) Fig 15

APPENDIX B

VERTICAL DRIFT

-36shy

Fig 16 to 21

Fig 22

Fig 23 to 26

Fig-27

Fig 28 to 32

-37-

FIGURE CAPTIONS

Vertical drift velocities and Spread-F activi

ty for the local times (750W) and dates indishy

cated

Composite of Figs 16 to 21

Vertical drift velocities and Spread-F activi ty forthe local times (750W) and dates indishy

cated

Composite ofFigs-2tor-

Typical drift profiles forthe times (750 W)

and dates indicated as functions of bullheightb

lom0 o0I

80

60

i I I i

19-20 May

I

1975

i I I I i I

JICAMARCA

I L I

VERTICAL

i I

DRIFT

40

ZO)

0 -20shy

c

-40 -60o sp

k

-80--O100-

08 0 12 14 16

Locol

5 443l

18 20 22 0

Time (750 W) 02 04

1 L2U YIIt deg

06 08

Fig 16

I I I I I I I I I I I I IIII I I

80 20- 21 May 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20

20

-20

-60- SpF

-80 1 1

1 3 1 6 1 2 3 2

0810 1 14 16 18 20 22 0 02 04 06 08

Local Time (75degW)

Fig 17

Is 100

21-22 May 1975 60 JICAMARCA VERTICAL DRIFT 60_

40shy

20_

0

-20

-40 UI- II QE

SpF-60 shy

-803 3 r2Ss04100

08i 12 1416 18 20 22 00 02 04 06 08

Local --Time (75 0degW)

Fig 18

S 10 0 I I I I ] I I I I I 1 J

80 22-23 May 1975

60- JICAMARCA VERTICAL DRIFT

40

20

0 -20 _

-40 _

-60 Sp F 6

~83III 13 3 2 2 2 2 1K o

08 10 14 1 18 2022 00 02 04 06 08

-- Local Time (751W)

Fig 19

m 100

80 23-24 May 1975

60 JICAMARCA VERTICAL DRIFT

40

20

0

-20- 0

-40- - 1shy

-60 - - ii F

-80 2a 2 0 0 2 2 -t 0 0 1 1 11 II

0810 12 14 16 48 20 22 00 02 04 06 08

Local Time (750 W)

Fig 20

10o

80

60 40

24-25 May

1975

JICAMARCA VERTICAL DRIFT

0 L)

-20

-40

-60

2 2 1

C

2 2 2 1 0

-100 08 10 12 14 16

Local 18 20 22 Time (751W)

00 02 04 Zf

06 08

Fig 21

Ms 100

80 JICAMARCA VERTICAL DRIFTS

60

40

19 - 24 May975 -20 5

0

-20

-40

-60 -810shy

shy

mioor 08 10 12 14 16

Local 18 20 22

Time (75degW)

00 02 04 06 08

Fig 22

ms 100 0 02-03 June 1975 1

80-

GO JICAMARCA VERTICAL DRIFT

40_

20

0

-20

-40shy

-60

-80 3 22 2o______ ___II_____ O-__o I Ia 22 MTfl)4080 12 14 16 18 20 22 00 02 04 06

Local Time (750 W)

Fig 23

08

0 $ I~lI t i I I I I I I I 1 I I I i t I I IiN 100 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

80- 05-06 June 1975

60- JICAMARCA VERTICAL DRIFT

40shy

20shy

0

-20

-40shy-60 i

3-8o 2I I I shy-40113 i 31 21 L-3 o -100 ____-______-

08 10 12 M 16 18 20 22 00 02 04 0608 Local Time (750 W)

Fig 24

100 I i I I I I I I I I I I I I I I I I I

I80 06-07 June 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20_

0

-20shy

-40shy

-60 shy

-80-3 4 -1 1 1 j ---- 10 0

08 10 12 4 16 18 20 22 00 02 04 06 08

Local Time (75 0 W)

Fig 25

r si( o I I I I I I I I I I I I I I I I I I

80 07-08 June 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20

0 I

-20

-40shy

-80shy-803 2 2 2 0 1

08 10 12 4 46 18 20 22 -00 02 04 06 08

Local Time (75 0 W)

Fig 26

I100

80

60

JICAMARCA 02- 08

VERTICAL JUNE 1975

DRIFTS

40

2 1 0 -

3 3

0

-20 -shy

4

-40

-60

m_ 0

08

I

40

I l

12 14 16 Local

I

18 20 Time

I

22 00

(75 0 W)

I

02

1 II

04 0608

Fig 27

800- -Km JICAMARCA PERU DRIFT PROFILE

JUNE 02 975 700 109 LT

600-shy

1500

400 -1 in

300---1

200 IshyI---4

N

100

-60 -40 - -20 0 Ms +20 +40 +60

N0 284

Fig 28

JICAMARCA PERU DRIFT PROFILE

JUNE 05 1975 1210 LT

800

700

-Km

600

500

I

400- - Ln -Fshy

300bull

II200

I I j I

100shy

l It j I I I

-60 -40 -20 0 ms +20 +40 +60

Fig 29

800 Km JICAMARCA PERU DRIFT PROFILE

JUNE 06 1975 700 1230 LT

600

500 -- I-- -

LI

5300 I-I

-4 I

400 3

400

200 shy-4

I it I I -60 -40 -20 0ms +20 +40 +60

Fig - 30

JICAMARCA PERU DRIFT PROFILE 1107 Rocket Launch Time JUNE 07 1975 i1OOLT

800 --Km

Too

600 ----shy

500-

II

400 -

300-

-4shy

4

-4

-4

200 Ishy

ido

bull-60 -40 -20 Oms +20 t40 +60

Fig 31

JICAMARCA PERU DRIFT PROFILE 4145 Rocket Launch Time JUNE 071975

i1AO LT

I I I I I -60 -40 -0 --

Fig 32

800 -- Km

700

600

500

400 bull

300--

I-4

-4w

-II

I

200

100

-

I

I Oms

I +20

I I 40

I I +60

APPENDIX C

ELECTROJETRELATIVE ECHO POWER DENSITY

- S5shy

-56-

FIGURE CAPTIONS

Fig 33 to167 Compositeof relative echo power density vershy

sus frequency deviation for the times (750W)

and dates indicated

I II if I I I I I I 7-

I JICAMARCAJ PERU 1975io 3onod- JUNE 2442e3of (75Ow)

w

10 -40

QWESTQ60 SPECTRUM 49 920 M HiZ

3 EAST

0

o 01 5- 5 7- a

gt _

-450 Ha 0 + 150 He 4- f FROM TRANSMITTED FREQUENCY

Fg2766 ALOnr75

Fig 33

~~~~~ I ~ f I I l l iv~ JICAMARCA PERU1979 JUNE 2

600 SPECTRUM 1 =o4 9 9 2 0WES MHZ10 EAST

Uo 4 0 --

6 o

5

w 08

-150 Ha 0 +150 Hz--- A FROM TRANSMITTED FREQUENCY - ALOIT75

Fig 34

000

Log10 Ne

ELECTRON DENSITY Sp F

800 MAY 23-24 1975

600 5 0 5 0

- 50

E 55 400

(D

w

roo hmax

s 55

5

hmaxamp 555

50

_ _55_

5

_

hmax5o

m~ox

SpFa ]

08 10 12 14 16 18 20 22 00 02 04 06 08

LOCAL TIME (750 W)

Fig 5

10001100 I I I I I I I I I TI - -I -

800 -

JICAMARCA PERU ELECTRON DENSITY

24 MAY 19r5

Lo Ne S Sp NF

600

50 5

-r

D -400

5 55

Sh max

200 55

-55

0 I I I I I I I I I I I I

08 iO 12 14 LOCAL

16 TIME

18 (750 W)

20 22 24

Fig 6

1000 II bull

Log1o NeJICAMARCA PERUELECTRON1 DENSITY

S27 MAY 1 1975

800

50S00

40 shy 200

o I I I 1 I I I I I I I I I

08 10 42 14

LOCAL 16

TIME 18 (750 W)

20 22 24

Fig 7

1o 0 0 o I i 1 I i 1I i jlI

800

JICAMARCA PERU ELECTRON DENSITY

2 8 MAY 197 5 bull

Log 1 o Ne

Sp

E600 -

050

400 55 -1-

-h rnaxe

50

55 h-max

00

200 - 55 50

o 0

08

Fig 8

I

10

I

42

I I

14

LOCAL

I I I

16

TIME

t 1

18

((75degW) 20

I

22

24

1000 I I I I I I I I I I I I I

800

JICAMARCA PERU ELECTRON DENSITY

29 MAY 1975

LgloNe

SpUF

--

600 50

I-- -shy

o 400 -

55

h maxh

50

200 -

~

oI 0

08

Fig 9

-4

10

I I

12

I

44

LOCAL

T I

46

TIME

I

18

(75 0 W)

I

20

I I - I e~

22 24

700

60

I

oo

A -I IoIl

9

bull 300 deg

io

I

110

I I I I

JICAMARCA PERU ELECTRON TEMPERATURE

1 MAY 1975

500

E400 --

CD 300

h

4000 I

20500F

8000 0000 -

D ~ - oedegoo

9000 v v v v 300 -shyiO00 --hmax

2 0 0

C)

200 -40

g10 F

0800 000 1200 4400 1600 4800 2000 2200 2400

-Fig 10

700-

i I i i

JICAMARCA PERU

ELECTRON TEMPERATURE 20 MAY 975

I

i

i

-ii -

i -

600

1400 -

7000

500

500

E400

300

zoo-200

-

-

- 00

000 deg 150-

hmax-100o

15-S0

-

0 1500-

-

I

maxSdeg500-shy

-

1106I

-a 100

-

0800

Fig ]-I

1000 1200 IrI +

1400 LOCAL

4600 TIME

1 - 1800

(759W)

I 2000 2200 2400

700-

I I JICAMARCA PERU

ELECTRON TEMPERATURE 21 MAY 1975

I 1 I I I

13000

I

500shy

400 -I--shy

300

j)Q

3O0bull

000

deg

200-h d--

150

00Wooo- ~

a

~ - SpF

0o

0800

Fig 12

4000 1200 1400 LOCAL

4600 TIME

4800 (75degW)

2000 2200 2400

700

I- I-7 -

S9000

II

-1300

1 F I I I I

JICAMARCA PERU ELECTRON TEMPERATURE

24 MAY 1975

-

600000

600

2400 -

09000

9O0

h00ma - aa000

aOO -

00 20shy

00 o __________--m -

h---h 15000 000deg

I ___ __ _O_ _ 100It 0

max1--500

1000

0 -

0800

Fig 13

1000 1200 1400

LOCAL

1600

TIME

1800

(750W)

2000 2200 2400

70Q shy7000deg

-

10000 15000 1__j6000 JICAMARCA PERU

ELECTRON TEMPERATURE Z7 MAY 4975

600 i3000

500 -

E400

o 300 -

200

- -1050 9000 050 o

M oo

0 1500-i50 h max max

1506 deg ---shy-0oi 150 0 deg

W00o 1000o

100

0 0800

Fig

I I 1000

14

1200

F 1I I

1400 LOCAL

1600 TIME

I I

180 (750 W)

I 2000

1

2200 2400

1 I I1 1 i I 1 I I I I I

JICAMARCA PERU1200 ELECTRON TEMPERATURE

700 1500 1 28 MAY 1975

100000 -1000 oo

500

9000

500o 2 - 4000 -

0300 10000 90 Wooo5

200 15000

Fg150 15000 -I200 -1500deg 1000 hmax

C400 I - I IlIoo deg i shytoooo-

20000 10001014O10180200 20 100shy

I II -1 1 -I degI I II0 0800 1000 1200 KOO() 1600 1800 2000 bull2200 2400

LOCAL TIME (750 W) Fig 15

APPENDIX B

VERTICAL DRIFT

-36shy

Fig 16 to 21

Fig 22

Fig 23 to 26

Fig-27

Fig 28 to 32

-37-

FIGURE CAPTIONS

Vertical drift velocities and Spread-F activi

ty for the local times (750W) and dates indishy

cated

Composite of Figs 16 to 21

Vertical drift velocities and Spread-F activi ty forthe local times (750W) and dates indishy

cated

Composite ofFigs-2tor-

Typical drift profiles forthe times (750 W)

and dates indicated as functions of bullheightb

lom0 o0I

80

60

i I I i

19-20 May

I

1975

i I I I i I

JICAMARCA

I L I

VERTICAL

i I

DRIFT

40

ZO)

0 -20shy

c

-40 -60o sp

k

-80--O100-

08 0 12 14 16

Locol

5 443l

18 20 22 0

Time (750 W) 02 04

1 L2U YIIt deg

06 08

Fig 16

I I I I I I I I I I I I IIII I I

80 20- 21 May 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20

20

-20

-60- SpF

-80 1 1

1 3 1 6 1 2 3 2

0810 1 14 16 18 20 22 0 02 04 06 08

Local Time (75degW)

Fig 17

Is 100

21-22 May 1975 60 JICAMARCA VERTICAL DRIFT 60_

40shy

20_

0

-20

-40 UI- II QE

SpF-60 shy

-803 3 r2Ss04100

08i 12 1416 18 20 22 00 02 04 06 08

Local --Time (75 0degW)

Fig 18

S 10 0 I I I I ] I I I I I 1 J

80 22-23 May 1975

60- JICAMARCA VERTICAL DRIFT

40

20

0 -20 _

-40 _

-60 Sp F 6

~83III 13 3 2 2 2 2 1K o

08 10 14 1 18 2022 00 02 04 06 08

-- Local Time (751W)

Fig 19

m 100

80 23-24 May 1975

60 JICAMARCA VERTICAL DRIFT

40

20

0

-20- 0

-40- - 1shy

-60 - - ii F

-80 2a 2 0 0 2 2 -t 0 0 1 1 11 II

0810 12 14 16 48 20 22 00 02 04 06 08

Local Time (750 W)

Fig 20

10o

80

60 40

24-25 May

1975

JICAMARCA VERTICAL DRIFT

0 L)

-20

-40

-60

2 2 1

C

2 2 2 1 0

-100 08 10 12 14 16

Local 18 20 22 Time (751W)

00 02 04 Zf

06 08

Fig 21

Ms 100

80 JICAMARCA VERTICAL DRIFTS

60

40

19 - 24 May975 -20 5

0

-20

-40

-60 -810shy

shy

mioor 08 10 12 14 16

Local 18 20 22

Time (75degW)

00 02 04 06 08

Fig 22

ms 100 0 02-03 June 1975 1

80-

GO JICAMARCA VERTICAL DRIFT

40_

20

0

-20

-40shy

-60

-80 3 22 2o______ ___II_____ O-__o I Ia 22 MTfl)4080 12 14 16 18 20 22 00 02 04 06

Local Time (750 W)

Fig 23

08

0 $ I~lI t i I I I I I I I 1 I I I i t I I IiN 100 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

80- 05-06 June 1975

60- JICAMARCA VERTICAL DRIFT

40shy

20shy

0

-20

-40shy-60 i

3-8o 2I I I shy-40113 i 31 21 L-3 o -100 ____-______-

08 10 12 M 16 18 20 22 00 02 04 0608 Local Time (750 W)

Fig 24

100 I i I I I I I I I I I I I I I I I I I

I80 06-07 June 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20_

0

-20shy

-40shy

-60 shy

-80-3 4 -1 1 1 j ---- 10 0

08 10 12 4 16 18 20 22 00 02 04 06 08

Local Time (75 0 W)

Fig 25

r si( o I I I I I I I I I I I I I I I I I I

80 07-08 June 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20

0 I

-20

-40shy

-80shy-803 2 2 2 0 1

08 10 12 4 46 18 20 22 -00 02 04 06 08

Local Time (75 0 W)

Fig 26

I100

80

60

JICAMARCA 02- 08

VERTICAL JUNE 1975

DRIFTS

40

2 1 0 -

3 3

0

-20 -shy

4

-40

-60

m_ 0

08

I

40

I l

12 14 16 Local

I

18 20 Time

I

22 00

(75 0 W)

I

02

1 II

04 0608

Fig 27

800- -Km JICAMARCA PERU DRIFT PROFILE

JUNE 02 975 700 109 LT

600-shy

1500

400 -1 in

300---1

200 IshyI---4

N

100

-60 -40 - -20 0 Ms +20 +40 +60

N0 284

Fig 28

JICAMARCA PERU DRIFT PROFILE

JUNE 05 1975 1210 LT

800

700

-Km

600

500

I

400- - Ln -Fshy

300bull

II200

I I j I

100shy

l It j I I I

-60 -40 -20 0 ms +20 +40 +60

Fig 29

800 Km JICAMARCA PERU DRIFT PROFILE

JUNE 06 1975 700 1230 LT

600

500 -- I-- -

LI

5300 I-I

-4 I

400 3

400

200 shy-4

I it I I -60 -40 -20 0ms +20 +40 +60

Fig - 30

JICAMARCA PERU DRIFT PROFILE 1107 Rocket Launch Time JUNE 07 1975 i1OOLT

800 --Km

Too

600 ----shy

500-

II

400 -

300-

-4shy

4

-4

-4

200 Ishy

ido

bull-60 -40 -20 Oms +20 t40 +60

Fig 31

JICAMARCA PERU DRIFT PROFILE 4145 Rocket Launch Time JUNE 071975

i1AO LT

I I I I I -60 -40 -0 --

Fig 32

800 -- Km

700

600

500

400 bull

300--

I-4

-4w

-II

I

200

100

-

I

I Oms

I +20

I I 40

I I +60

APPENDIX C

ELECTROJETRELATIVE ECHO POWER DENSITY

- S5shy

-56-

FIGURE CAPTIONS

Fig 33 to167 Compositeof relative echo power density vershy

sus frequency deviation for the times (750W)

and dates indicated

I II if I I I I I I 7-

I JICAMARCAJ PERU 1975io 3onod- JUNE 2442e3of (75Ow)

w

10 -40

QWESTQ60 SPECTRUM 49 920 M HiZ

3 EAST

0

o 01 5- 5 7- a

gt _

-450 Ha 0 + 150 He 4- f FROM TRANSMITTED FREQUENCY

Fg2766 ALOnr75

Fig 33

~~~~~ I ~ f I I l l iv~ JICAMARCA PERU1979 JUNE 2

600 SPECTRUM 1 =o4 9 9 2 0WES MHZ10 EAST

Uo 4 0 --

6 o

5

w 08

-150 Ha 0 +150 Hz--- A FROM TRANSMITTED FREQUENCY - ALOIT75

Fig 34

10001100 I I I I I I I I I TI - -I -

800 -

JICAMARCA PERU ELECTRON DENSITY

24 MAY 19r5

Lo Ne S Sp NF

600

50 5

-r

D -400

5 55

Sh max

200 55

-55

0 I I I I I I I I I I I I

08 iO 12 14 LOCAL

16 TIME

18 (750 W)

20 22 24

Fig 6

1000 II bull

Log1o NeJICAMARCA PERUELECTRON1 DENSITY

S27 MAY 1 1975

800

50S00

40 shy 200

o I I I 1 I I I I I I I I I

08 10 42 14

LOCAL 16

TIME 18 (750 W)

20 22 24

Fig 7

1o 0 0 o I i 1 I i 1I i jlI

800

JICAMARCA PERU ELECTRON DENSITY

2 8 MAY 197 5 bull

Log 1 o Ne

Sp

E600 -

050

400 55 -1-

-h rnaxe

50

55 h-max

00

200 - 55 50

o 0

08

Fig 8

I

10

I

42

I I

14

LOCAL

I I I

16

TIME

t 1

18

((75degW) 20

I

22

24

1000 I I I I I I I I I I I I I

800

JICAMARCA PERU ELECTRON DENSITY

29 MAY 1975

LgloNe

SpUF

--

600 50

I-- -shy

o 400 -

55

h maxh

50

200 -

~

oI 0

08

Fig 9

-4

10

I I

12

I

44

LOCAL

T I

46

TIME

I

18

(75 0 W)

I

20

I I - I e~

22 24

700

60

I

oo

A -I IoIl

9

bull 300 deg

io

I

110

I I I I

JICAMARCA PERU ELECTRON TEMPERATURE

1 MAY 1975

500

E400 --

CD 300

h

4000 I

20500F

8000 0000 -

D ~ - oedegoo

9000 v v v v 300 -shyiO00 --hmax

2 0 0

C)

200 -40

g10 F

0800 000 1200 4400 1600 4800 2000 2200 2400

-Fig 10

700-

i I i i

JICAMARCA PERU

ELECTRON TEMPERATURE 20 MAY 975

I

i

i

-ii -

i -

600

1400 -

7000

500

500

E400

300

zoo-200

-

-

- 00

000 deg 150-

hmax-100o

15-S0

-

0 1500-

-

I

maxSdeg500-shy

-

1106I

-a 100

-

0800

Fig ]-I

1000 1200 IrI +

1400 LOCAL

4600 TIME

1 - 1800

(759W)

I 2000 2200 2400

700-

I I JICAMARCA PERU

ELECTRON TEMPERATURE 21 MAY 1975

I 1 I I I

13000

I

500shy

400 -I--shy

300

j)Q

3O0bull

000

deg

200-h d--

150

00Wooo- ~

a

~ - SpF

0o

0800

Fig 12

4000 1200 1400 LOCAL

4600 TIME

4800 (75degW)

2000 2200 2400

700

I- I-7 -

S9000

II

-1300

1 F I I I I

JICAMARCA PERU ELECTRON TEMPERATURE

24 MAY 1975

-

600000

600

2400 -

09000

9O0

h00ma - aa000

aOO -

00 20shy

00 o __________--m -

h---h 15000 000deg

I ___ __ _O_ _ 100It 0

max1--500

1000

0 -

0800

Fig 13

1000 1200 1400

LOCAL

1600

TIME

1800

(750W)

2000 2200 2400

70Q shy7000deg

-

10000 15000 1__j6000 JICAMARCA PERU

ELECTRON TEMPERATURE Z7 MAY 4975

600 i3000

500 -

E400

o 300 -

200

- -1050 9000 050 o

M oo

0 1500-i50 h max max

1506 deg ---shy-0oi 150 0 deg

W00o 1000o

100

0 0800

Fig

I I 1000

14

1200

F 1I I

1400 LOCAL

1600 TIME

I I

180 (750 W)

I 2000

1

2200 2400

1 I I1 1 i I 1 I I I I I

JICAMARCA PERU1200 ELECTRON TEMPERATURE

700 1500 1 28 MAY 1975

100000 -1000 oo

500

9000

500o 2 - 4000 -

0300 10000 90 Wooo5

200 15000

Fg150 15000 -I200 -1500deg 1000 hmax

C400 I - I IlIoo deg i shytoooo-

20000 10001014O10180200 20 100shy

I II -1 1 -I degI I II0 0800 1000 1200 KOO() 1600 1800 2000 bull2200 2400

LOCAL TIME (750 W) Fig 15

APPENDIX B

VERTICAL DRIFT

-36shy

Fig 16 to 21

Fig 22

Fig 23 to 26

Fig-27

Fig 28 to 32

-37-

FIGURE CAPTIONS

Vertical drift velocities and Spread-F activi

ty for the local times (750W) and dates indishy

cated

Composite of Figs 16 to 21

Vertical drift velocities and Spread-F activi ty forthe local times (750W) and dates indishy

cated

Composite ofFigs-2tor-

Typical drift profiles forthe times (750 W)

and dates indicated as functions of bullheightb

lom0 o0I

80

60

i I I i

19-20 May

I

1975

i I I I i I

JICAMARCA

I L I

VERTICAL

i I

DRIFT

40

ZO)

0 -20shy

c

-40 -60o sp

k

-80--O100-

08 0 12 14 16

Locol

5 443l

18 20 22 0

Time (750 W) 02 04

1 L2U YIIt deg

06 08

Fig 16

I I I I I I I I I I I I IIII I I

80 20- 21 May 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20

20

-20

-60- SpF

-80 1 1

1 3 1 6 1 2 3 2

0810 1 14 16 18 20 22 0 02 04 06 08

Local Time (75degW)

Fig 17

Is 100

21-22 May 1975 60 JICAMARCA VERTICAL DRIFT 60_

40shy

20_

0

-20

-40 UI- II QE

SpF-60 shy

-803 3 r2Ss04100

08i 12 1416 18 20 22 00 02 04 06 08

Local --Time (75 0degW)

Fig 18

S 10 0 I I I I ] I I I I I 1 J

80 22-23 May 1975

60- JICAMARCA VERTICAL DRIFT

40

20

0 -20 _

-40 _

-60 Sp F 6

~83III 13 3 2 2 2 2 1K o

08 10 14 1 18 2022 00 02 04 06 08

-- Local Time (751W)

Fig 19

m 100

80 23-24 May 1975

60 JICAMARCA VERTICAL DRIFT

40

20

0

-20- 0

-40- - 1shy

-60 - - ii F

-80 2a 2 0 0 2 2 -t 0 0 1 1 11 II

0810 12 14 16 48 20 22 00 02 04 06 08

Local Time (750 W)

Fig 20

10o

80

60 40

24-25 May

1975

JICAMARCA VERTICAL DRIFT

0 L)

-20

-40

-60

2 2 1

C

2 2 2 1 0

-100 08 10 12 14 16

Local 18 20 22 Time (751W)

00 02 04 Zf

06 08

Fig 21

Ms 100

80 JICAMARCA VERTICAL DRIFTS

60

40

19 - 24 May975 -20 5

0

-20

-40

-60 -810shy

shy

mioor 08 10 12 14 16

Local 18 20 22

Time (75degW)

00 02 04 06 08

Fig 22

ms 100 0 02-03 June 1975 1

80-

GO JICAMARCA VERTICAL DRIFT

40_

20

0

-20

-40shy

-60

-80 3 22 2o______ ___II_____ O-__o I Ia 22 MTfl)4080 12 14 16 18 20 22 00 02 04 06

Local Time (750 W)

Fig 23

08

0 $ I~lI t i I I I I I I I 1 I I I i t I I IiN 100 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

80- 05-06 June 1975

60- JICAMARCA VERTICAL DRIFT

40shy

20shy

0

-20

-40shy-60 i

3-8o 2I I I shy-40113 i 31 21 L-3 o -100 ____-______-

08 10 12 M 16 18 20 22 00 02 04 0608 Local Time (750 W)

Fig 24

100 I i I I I I I I I I I I I I I I I I I

I80 06-07 June 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20_

0

-20shy

-40shy

-60 shy

-80-3 4 -1 1 1 j ---- 10 0

08 10 12 4 16 18 20 22 00 02 04 06 08

Local Time (75 0 W)

Fig 25

r si( o I I I I I I I I I I I I I I I I I I

80 07-08 June 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20

0 I

-20

-40shy

-80shy-803 2 2 2 0 1

08 10 12 4 46 18 20 22 -00 02 04 06 08

Local Time (75 0 W)

Fig 26

I100

80

60

JICAMARCA 02- 08

VERTICAL JUNE 1975

DRIFTS

40

2 1 0 -

3 3

0

-20 -shy

4

-40

-60

m_ 0

08

I

40

I l

12 14 16 Local

I

18 20 Time

I

22 00

(75 0 W)

I

02

1 II

04 0608

Fig 27

800- -Km JICAMARCA PERU DRIFT PROFILE

JUNE 02 975 700 109 LT

600-shy

1500

400 -1 in

300---1

200 IshyI---4

N

100

-60 -40 - -20 0 Ms +20 +40 +60

N0 284

Fig 28

JICAMARCA PERU DRIFT PROFILE

JUNE 05 1975 1210 LT

800

700

-Km

600

500

I

400- - Ln -Fshy

300bull

II200

I I j I

100shy

l It j I I I

-60 -40 -20 0 ms +20 +40 +60

Fig 29

800 Km JICAMARCA PERU DRIFT PROFILE

JUNE 06 1975 700 1230 LT

600

500 -- I-- -

LI

5300 I-I

-4 I

400 3

400

200 shy-4

I it I I -60 -40 -20 0ms +20 +40 +60

Fig - 30

JICAMARCA PERU DRIFT PROFILE 1107 Rocket Launch Time JUNE 07 1975 i1OOLT

800 --Km

Too

600 ----shy

500-

II

400 -

300-

-4shy

4

-4

-4

200 Ishy

ido

bull-60 -40 -20 Oms +20 t40 +60

Fig 31

JICAMARCA PERU DRIFT PROFILE 4145 Rocket Launch Time JUNE 071975

i1AO LT

I I I I I -60 -40 -0 --

Fig 32

800 -- Km

700

600

500

400 bull

300--

I-4

-4w

-II

I

200

100

-

I

I Oms

I +20

I I 40

I I +60

APPENDIX C

ELECTROJETRELATIVE ECHO POWER DENSITY

- S5shy

-56-

FIGURE CAPTIONS

Fig 33 to167 Compositeof relative echo power density vershy

sus frequency deviation for the times (750W)

and dates indicated

I II if I I I I I I 7-

I JICAMARCAJ PERU 1975io 3onod- JUNE 2442e3of (75Ow)

w

10 -40

QWESTQ60 SPECTRUM 49 920 M HiZ

3 EAST

0

o 01 5- 5 7- a

gt _

-450 Ha 0 + 150 He 4- f FROM TRANSMITTED FREQUENCY

Fg2766 ALOnr75

Fig 33

~~~~~ I ~ f I I l l iv~ JICAMARCA PERU1979 JUNE 2

600 SPECTRUM 1 =o4 9 9 2 0WES MHZ10 EAST

Uo 4 0 --

6 o

5

w 08

-150 Ha 0 +150 Hz--- A FROM TRANSMITTED FREQUENCY - ALOIT75

Fig 34

1000 II bull

Log1o NeJICAMARCA PERUELECTRON1 DENSITY

S27 MAY 1 1975

800

50S00

40 shy 200

o I I I 1 I I I I I I I I I

08 10 42 14

LOCAL 16

TIME 18 (750 W)

20 22 24

Fig 7

1o 0 0 o I i 1 I i 1I i jlI

800

JICAMARCA PERU ELECTRON DENSITY

2 8 MAY 197 5 bull

Log 1 o Ne

Sp

E600 -

050

400 55 -1-

-h rnaxe

50

55 h-max

00

200 - 55 50

o 0

08

Fig 8

I

10

I

42

I I

14

LOCAL

I I I

16

TIME

t 1

18

((75degW) 20

I

22

24

1000 I I I I I I I I I I I I I

800

JICAMARCA PERU ELECTRON DENSITY

29 MAY 1975

LgloNe

SpUF

--

600 50

I-- -shy

o 400 -

55

h maxh

50

200 -

~

oI 0

08

Fig 9

-4

10

I I

12

I

44

LOCAL

T I

46

TIME

I

18

(75 0 W)

I

20

I I - I e~

22 24

700

60

I

oo

A -I IoIl

9

bull 300 deg

io

I

110

I I I I

JICAMARCA PERU ELECTRON TEMPERATURE

1 MAY 1975

500

E400 --

CD 300

h

4000 I

20500F

8000 0000 -

D ~ - oedegoo

9000 v v v v 300 -shyiO00 --hmax

2 0 0

C)

200 -40

g10 F

0800 000 1200 4400 1600 4800 2000 2200 2400

-Fig 10

700-

i I i i

JICAMARCA PERU

ELECTRON TEMPERATURE 20 MAY 975

I

i

i

-ii -

i -

600

1400 -

7000

500

500

E400

300

zoo-200

-

-

- 00

000 deg 150-

hmax-100o

15-S0

-

0 1500-

-

I

maxSdeg500-shy

-

1106I

-a 100

-

0800

Fig ]-I

1000 1200 IrI +

1400 LOCAL

4600 TIME

1 - 1800

(759W)

I 2000 2200 2400

700-

I I JICAMARCA PERU

ELECTRON TEMPERATURE 21 MAY 1975

I 1 I I I

13000

I

500shy

400 -I--shy

300

j)Q

3O0bull

000

deg

200-h d--

150

00Wooo- ~

a

~ - SpF

0o

0800

Fig 12

4000 1200 1400 LOCAL

4600 TIME

4800 (75degW)

2000 2200 2400

700

I- I-7 -

S9000

II

-1300

1 F I I I I

JICAMARCA PERU ELECTRON TEMPERATURE

24 MAY 1975

-

600000

600

2400 -

09000

9O0

h00ma - aa000

aOO -

00 20shy

00 o __________--m -

h---h 15000 000deg

I ___ __ _O_ _ 100It 0

max1--500

1000

0 -

0800

Fig 13

1000 1200 1400

LOCAL

1600

TIME

1800

(750W)

2000 2200 2400

70Q shy7000deg

-

10000 15000 1__j6000 JICAMARCA PERU

ELECTRON TEMPERATURE Z7 MAY 4975

600 i3000

500 -

E400

o 300 -

200

- -1050 9000 050 o

M oo

0 1500-i50 h max max

1506 deg ---shy-0oi 150 0 deg

W00o 1000o

100

0 0800

Fig

I I 1000

14

1200

F 1I I

1400 LOCAL

1600 TIME

I I

180 (750 W)

I 2000

1

2200 2400

1 I I1 1 i I 1 I I I I I

JICAMARCA PERU1200 ELECTRON TEMPERATURE

700 1500 1 28 MAY 1975

100000 -1000 oo

500

9000

500o 2 - 4000 -

0300 10000 90 Wooo5

200 15000

Fg150 15000 -I200 -1500deg 1000 hmax

C400 I - I IlIoo deg i shytoooo-

20000 10001014O10180200 20 100shy

I II -1 1 -I degI I II0 0800 1000 1200 KOO() 1600 1800 2000 bull2200 2400

LOCAL TIME (750 W) Fig 15

APPENDIX B

VERTICAL DRIFT

-36shy

Fig 16 to 21

Fig 22

Fig 23 to 26

Fig-27

Fig 28 to 32

-37-

FIGURE CAPTIONS

Vertical drift velocities and Spread-F activi

ty for the local times (750W) and dates indishy

cated

Composite of Figs 16 to 21

Vertical drift velocities and Spread-F activi ty forthe local times (750W) and dates indishy

cated

Composite ofFigs-2tor-

Typical drift profiles forthe times (750 W)

and dates indicated as functions of bullheightb

lom0 o0I

80

60

i I I i

19-20 May

I

1975

i I I I i I

JICAMARCA

I L I

VERTICAL

i I

DRIFT

40

ZO)

0 -20shy

c

-40 -60o sp

k

-80--O100-

08 0 12 14 16

Locol

5 443l

18 20 22 0

Time (750 W) 02 04

1 L2U YIIt deg

06 08

Fig 16

I I I I I I I I I I I I IIII I I

80 20- 21 May 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20

20

-20

-60- SpF

-80 1 1

1 3 1 6 1 2 3 2

0810 1 14 16 18 20 22 0 02 04 06 08

Local Time (75degW)

Fig 17

Is 100

21-22 May 1975 60 JICAMARCA VERTICAL DRIFT 60_

40shy

20_

0

-20

-40 UI- II QE

SpF-60 shy

-803 3 r2Ss04100

08i 12 1416 18 20 22 00 02 04 06 08

Local --Time (75 0degW)

Fig 18

S 10 0 I I I I ] I I I I I 1 J

80 22-23 May 1975

60- JICAMARCA VERTICAL DRIFT

40

20

0 -20 _

-40 _

-60 Sp F 6

~83III 13 3 2 2 2 2 1K o

08 10 14 1 18 2022 00 02 04 06 08

-- Local Time (751W)

Fig 19

m 100

80 23-24 May 1975

60 JICAMARCA VERTICAL DRIFT

40

20

0

-20- 0

-40- - 1shy

-60 - - ii F

-80 2a 2 0 0 2 2 -t 0 0 1 1 11 II

0810 12 14 16 48 20 22 00 02 04 06 08

Local Time (750 W)

Fig 20

10o

80

60 40

24-25 May

1975

JICAMARCA VERTICAL DRIFT

0 L)

-20

-40

-60

2 2 1

C

2 2 2 1 0

-100 08 10 12 14 16

Local 18 20 22 Time (751W)

00 02 04 Zf

06 08

Fig 21

Ms 100

80 JICAMARCA VERTICAL DRIFTS

60

40

19 - 24 May975 -20 5

0

-20

-40

-60 -810shy

shy

mioor 08 10 12 14 16

Local 18 20 22

Time (75degW)

00 02 04 06 08

Fig 22

ms 100 0 02-03 June 1975 1

80-

GO JICAMARCA VERTICAL DRIFT

40_

20

0

-20

-40shy

-60

-80 3 22 2o______ ___II_____ O-__o I Ia 22 MTfl)4080 12 14 16 18 20 22 00 02 04 06

Local Time (750 W)

Fig 23

08

0 $ I~lI t i I I I I I I I 1 I I I i t I I IiN 100 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

80- 05-06 June 1975

60- JICAMARCA VERTICAL DRIFT

40shy

20shy

0

-20

-40shy-60 i

3-8o 2I I I shy-40113 i 31 21 L-3 o -100 ____-______-

08 10 12 M 16 18 20 22 00 02 04 0608 Local Time (750 W)

Fig 24

100 I i I I I I I I I I I I I I I I I I I

I80 06-07 June 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20_

0

-20shy

-40shy

-60 shy

-80-3 4 -1 1 1 j ---- 10 0

08 10 12 4 16 18 20 22 00 02 04 06 08

Local Time (75 0 W)

Fig 25

r si( o I I I I I I I I I I I I I I I I I I

80 07-08 June 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20

0 I

-20

-40shy

-80shy-803 2 2 2 0 1

08 10 12 4 46 18 20 22 -00 02 04 06 08

Local Time (75 0 W)

Fig 26

I100

80

60

JICAMARCA 02- 08

VERTICAL JUNE 1975

DRIFTS

40

2 1 0 -

3 3

0

-20 -shy

4

-40

-60

m_ 0

08

I

40

I l

12 14 16 Local

I

18 20 Time

I

22 00

(75 0 W)

I

02

1 II

04 0608

Fig 27

800- -Km JICAMARCA PERU DRIFT PROFILE

JUNE 02 975 700 109 LT

600-shy

1500

400 -1 in

300---1

200 IshyI---4

N

100

-60 -40 - -20 0 Ms +20 +40 +60

N0 284

Fig 28

JICAMARCA PERU DRIFT PROFILE

JUNE 05 1975 1210 LT

800

700

-Km

600

500

I

400- - Ln -Fshy

300bull

II200

I I j I

100shy

l It j I I I

-60 -40 -20 0 ms +20 +40 +60

Fig 29

800 Km JICAMARCA PERU DRIFT PROFILE

JUNE 06 1975 700 1230 LT

600

500 -- I-- -

LI

5300 I-I

-4 I

400 3

400

200 shy-4

I it I I -60 -40 -20 0ms +20 +40 +60

Fig - 30

JICAMARCA PERU DRIFT PROFILE 1107 Rocket Launch Time JUNE 07 1975 i1OOLT

800 --Km

Too

600 ----shy

500-

II

400 -

300-

-4shy

4

-4

-4

200 Ishy

ido

bull-60 -40 -20 Oms +20 t40 +60

Fig 31

JICAMARCA PERU DRIFT PROFILE 4145 Rocket Launch Time JUNE 071975

i1AO LT

I I I I I -60 -40 -0 --

Fig 32

800 -- Km

700

600

500

400 bull

300--

I-4

-4w

-II

I

200

100

-

I

I Oms

I +20

I I 40

I I +60

APPENDIX C

ELECTROJETRELATIVE ECHO POWER DENSITY

- S5shy

-56-

FIGURE CAPTIONS

Fig 33 to167 Compositeof relative echo power density vershy

sus frequency deviation for the times (750W)

and dates indicated

I II if I I I I I I 7-

I JICAMARCAJ PERU 1975io 3onod- JUNE 2442e3of (75Ow)

w

10 -40

QWESTQ60 SPECTRUM 49 920 M HiZ

3 EAST

0

o 01 5- 5 7- a

gt _

-450 Ha 0 + 150 He 4- f FROM TRANSMITTED FREQUENCY

Fg2766 ALOnr75

Fig 33

~~~~~ I ~ f I I l l iv~ JICAMARCA PERU1979 JUNE 2

600 SPECTRUM 1 =o4 9 9 2 0WES MHZ10 EAST

Uo 4 0 --

6 o

5

w 08

-150 Ha 0 +150 Hz--- A FROM TRANSMITTED FREQUENCY - ALOIT75

Fig 34

1o 0 0 o I i 1 I i 1I i jlI

800

JICAMARCA PERU ELECTRON DENSITY

2 8 MAY 197 5 bull

Log 1 o Ne

Sp

E600 -

050

400 55 -1-

-h rnaxe

50

55 h-max

00

200 - 55 50

o 0

08

Fig 8

I

10

I

42

I I

14

LOCAL

I I I

16

TIME

t 1

18

((75degW) 20

I

22

24

1000 I I I I I I I I I I I I I

800

JICAMARCA PERU ELECTRON DENSITY

29 MAY 1975

LgloNe

SpUF

--

600 50

I-- -shy

o 400 -

55

h maxh

50

200 -

~

oI 0

08

Fig 9

-4

10

I I

12

I

44

LOCAL

T I

46

TIME

I

18

(75 0 W)

I

20

I I - I e~

22 24

700

60

I

oo

A -I IoIl

9

bull 300 deg

io

I

110

I I I I

JICAMARCA PERU ELECTRON TEMPERATURE

1 MAY 1975

500

E400 --

CD 300

h

4000 I

20500F

8000 0000 -

D ~ - oedegoo

9000 v v v v 300 -shyiO00 --hmax

2 0 0

C)

200 -40

g10 F

0800 000 1200 4400 1600 4800 2000 2200 2400

-Fig 10

700-

i I i i

JICAMARCA PERU

ELECTRON TEMPERATURE 20 MAY 975

I

i

i

-ii -

i -

600

1400 -

7000

500

500

E400

300

zoo-200

-

-

- 00

000 deg 150-

hmax-100o

15-S0

-

0 1500-

-

I

maxSdeg500-shy

-

1106I

-a 100

-

0800

Fig ]-I

1000 1200 IrI +

1400 LOCAL

4600 TIME

1 - 1800

(759W)

I 2000 2200 2400

700-

I I JICAMARCA PERU

ELECTRON TEMPERATURE 21 MAY 1975

I 1 I I I

13000

I

500shy

400 -I--shy

300

j)Q

3O0bull

000

deg

200-h d--

150

00Wooo- ~

a

~ - SpF

0o

0800

Fig 12

4000 1200 1400 LOCAL

4600 TIME

4800 (75degW)

2000 2200 2400

700

I- I-7 -

S9000

II

-1300

1 F I I I I

JICAMARCA PERU ELECTRON TEMPERATURE

24 MAY 1975

-

600000

600

2400 -

09000

9O0

h00ma - aa000

aOO -

00 20shy

00 o __________--m -

h---h 15000 000deg

I ___ __ _O_ _ 100It 0

max1--500

1000

0 -

0800

Fig 13

1000 1200 1400

LOCAL

1600

TIME

1800

(750W)

2000 2200 2400

70Q shy7000deg

-

10000 15000 1__j6000 JICAMARCA PERU

ELECTRON TEMPERATURE Z7 MAY 4975

600 i3000

500 -

E400

o 300 -

200

- -1050 9000 050 o

M oo

0 1500-i50 h max max

1506 deg ---shy-0oi 150 0 deg

W00o 1000o

100

0 0800

Fig

I I 1000

14

1200

F 1I I

1400 LOCAL

1600 TIME

I I

180 (750 W)

I 2000

1

2200 2400

1 I I1 1 i I 1 I I I I I

JICAMARCA PERU1200 ELECTRON TEMPERATURE

700 1500 1 28 MAY 1975

100000 -1000 oo

500

9000

500o 2 - 4000 -

0300 10000 90 Wooo5

200 15000

Fg150 15000 -I200 -1500deg 1000 hmax

C400 I - I IlIoo deg i shytoooo-

20000 10001014O10180200 20 100shy

I II -1 1 -I degI I II0 0800 1000 1200 KOO() 1600 1800 2000 bull2200 2400

LOCAL TIME (750 W) Fig 15

APPENDIX B

VERTICAL DRIFT

-36shy

Fig 16 to 21

Fig 22

Fig 23 to 26

Fig-27

Fig 28 to 32

-37-

FIGURE CAPTIONS

Vertical drift velocities and Spread-F activi

ty for the local times (750W) and dates indishy

cated

Composite of Figs 16 to 21

Vertical drift velocities and Spread-F activi ty forthe local times (750W) and dates indishy

cated

Composite ofFigs-2tor-

Typical drift profiles forthe times (750 W)

and dates indicated as functions of bullheightb

lom0 o0I

80

60

i I I i

19-20 May

I

1975

i I I I i I

JICAMARCA

I L I

VERTICAL

i I

DRIFT

40

ZO)

0 -20shy

c

-40 -60o sp

k

-80--O100-

08 0 12 14 16

Locol

5 443l

18 20 22 0

Time (750 W) 02 04

1 L2U YIIt deg

06 08

Fig 16

I I I I I I I I I I I I IIII I I

80 20- 21 May 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20

20

-20

-60- SpF

-80 1 1

1 3 1 6 1 2 3 2

0810 1 14 16 18 20 22 0 02 04 06 08

Local Time (75degW)

Fig 17

Is 100

21-22 May 1975 60 JICAMARCA VERTICAL DRIFT 60_

40shy

20_

0

-20

-40 UI- II QE

SpF-60 shy

-803 3 r2Ss04100

08i 12 1416 18 20 22 00 02 04 06 08

Local --Time (75 0degW)

Fig 18

S 10 0 I I I I ] I I I I I 1 J

80 22-23 May 1975

60- JICAMARCA VERTICAL DRIFT

40

20

0 -20 _

-40 _

-60 Sp F 6

~83III 13 3 2 2 2 2 1K o

08 10 14 1 18 2022 00 02 04 06 08

-- Local Time (751W)

Fig 19

m 100

80 23-24 May 1975

60 JICAMARCA VERTICAL DRIFT

40

20

0

-20- 0

-40- - 1shy

-60 - - ii F

-80 2a 2 0 0 2 2 -t 0 0 1 1 11 II

0810 12 14 16 48 20 22 00 02 04 06 08

Local Time (750 W)

Fig 20

10o

80

60 40

24-25 May

1975

JICAMARCA VERTICAL DRIFT

0 L)

-20

-40

-60

2 2 1

C

2 2 2 1 0

-100 08 10 12 14 16

Local 18 20 22 Time (751W)

00 02 04 Zf

06 08

Fig 21

Ms 100

80 JICAMARCA VERTICAL DRIFTS

60

40

19 - 24 May975 -20 5

0

-20

-40

-60 -810shy

shy

mioor 08 10 12 14 16

Local 18 20 22

Time (75degW)

00 02 04 06 08

Fig 22

ms 100 0 02-03 June 1975 1

80-

GO JICAMARCA VERTICAL DRIFT

40_

20

0

-20

-40shy

-60

-80 3 22 2o______ ___II_____ O-__o I Ia 22 MTfl)4080 12 14 16 18 20 22 00 02 04 06

Local Time (750 W)

Fig 23

08

0 $ I~lI t i I I I I I I I 1 I I I i t I I IiN 100 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

80- 05-06 June 1975

60- JICAMARCA VERTICAL DRIFT

40shy

20shy

0

-20

-40shy-60 i

3-8o 2I I I shy-40113 i 31 21 L-3 o -100 ____-______-

08 10 12 M 16 18 20 22 00 02 04 0608 Local Time (750 W)

Fig 24

100 I i I I I I I I I I I I I I I I I I I

I80 06-07 June 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20_

0

-20shy

-40shy

-60 shy

-80-3 4 -1 1 1 j ---- 10 0

08 10 12 4 16 18 20 22 00 02 04 06 08

Local Time (75 0 W)

Fig 25

r si( o I I I I I I I I I I I I I I I I I I

80 07-08 June 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20

0 I

-20

-40shy

-80shy-803 2 2 2 0 1

08 10 12 4 46 18 20 22 -00 02 04 06 08

Local Time (75 0 W)

Fig 26

I100

80

60

JICAMARCA 02- 08

VERTICAL JUNE 1975

DRIFTS

40

2 1 0 -

3 3

0

-20 -shy

4

-40

-60

m_ 0

08

I

40

I l

12 14 16 Local

I

18 20 Time

I

22 00

(75 0 W)

I

02

1 II

04 0608

Fig 27

800- -Km JICAMARCA PERU DRIFT PROFILE

JUNE 02 975 700 109 LT

600-shy

1500

400 -1 in

300---1

200 IshyI---4

N

100

-60 -40 - -20 0 Ms +20 +40 +60

N0 284

Fig 28

JICAMARCA PERU DRIFT PROFILE

JUNE 05 1975 1210 LT

800

700

-Km

600

500

I

400- - Ln -Fshy

300bull

II200

I I j I

100shy

l It j I I I

-60 -40 -20 0 ms +20 +40 +60

Fig 29

800 Km JICAMARCA PERU DRIFT PROFILE

JUNE 06 1975 700 1230 LT

600

500 -- I-- -

LI

5300 I-I

-4 I

400 3

400

200 shy-4

I it I I -60 -40 -20 0ms +20 +40 +60

Fig - 30

JICAMARCA PERU DRIFT PROFILE 1107 Rocket Launch Time JUNE 07 1975 i1OOLT

800 --Km

Too

600 ----shy

500-

II

400 -

300-

-4shy

4

-4

-4

200 Ishy

ido

bull-60 -40 -20 Oms +20 t40 +60

Fig 31

JICAMARCA PERU DRIFT PROFILE 4145 Rocket Launch Time JUNE 071975

i1AO LT

I I I I I -60 -40 -0 --

Fig 32

800 -- Km

700

600

500

400 bull

300--

I-4

-4w

-II

I

200

100

-

I

I Oms

I +20

I I 40

I I +60

APPENDIX C

ELECTROJETRELATIVE ECHO POWER DENSITY

- S5shy

-56-

FIGURE CAPTIONS

Fig 33 to167 Compositeof relative echo power density vershy

sus frequency deviation for the times (750W)

and dates indicated

I II if I I I I I I 7-

I JICAMARCAJ PERU 1975io 3onod- JUNE 2442e3of (75Ow)

w

10 -40

QWESTQ60 SPECTRUM 49 920 M HiZ

3 EAST

0

o 01 5- 5 7- a

gt _

-450 Ha 0 + 150 He 4- f FROM TRANSMITTED FREQUENCY

Fg2766 ALOnr75

Fig 33

~~~~~ I ~ f I I l l iv~ JICAMARCA PERU1979 JUNE 2

600 SPECTRUM 1 =o4 9 9 2 0WES MHZ10 EAST

Uo 4 0 --

6 o

5

w 08

-150 Ha 0 +150 Hz--- A FROM TRANSMITTED FREQUENCY - ALOIT75

Fig 34

1000 I I I I I I I I I I I I I

800

JICAMARCA PERU ELECTRON DENSITY

29 MAY 1975

LgloNe

SpUF

--

600 50

I-- -shy

o 400 -

55

h maxh

50

200 -

~

oI 0

08

Fig 9

-4

10

I I

12

I

44

LOCAL

T I

46

TIME

I

18

(75 0 W)

I

20

I I - I e~

22 24

700

60

I

oo

A -I IoIl

9

bull 300 deg

io

I

110

I I I I

JICAMARCA PERU ELECTRON TEMPERATURE

1 MAY 1975

500

E400 --

CD 300

h

4000 I

20500F

8000 0000 -

D ~ - oedegoo

9000 v v v v 300 -shyiO00 --hmax

2 0 0

C)

200 -40

g10 F

0800 000 1200 4400 1600 4800 2000 2200 2400

-Fig 10

700-

i I i i

JICAMARCA PERU

ELECTRON TEMPERATURE 20 MAY 975

I

i

i

-ii -

i -

600

1400 -

7000

500

500

E400

300

zoo-200

-

-

- 00

000 deg 150-

hmax-100o

15-S0

-

0 1500-

-

I

maxSdeg500-shy

-

1106I

-a 100

-

0800

Fig ]-I

1000 1200 IrI +

1400 LOCAL

4600 TIME

1 - 1800

(759W)

I 2000 2200 2400

700-

I I JICAMARCA PERU

ELECTRON TEMPERATURE 21 MAY 1975

I 1 I I I

13000

I

500shy

400 -I--shy

300

j)Q

3O0bull

000

deg

200-h d--

150

00Wooo- ~

a

~ - SpF

0o

0800

Fig 12

4000 1200 1400 LOCAL

4600 TIME

4800 (75degW)

2000 2200 2400

700

I- I-7 -

S9000

II

-1300

1 F I I I I

JICAMARCA PERU ELECTRON TEMPERATURE

24 MAY 1975

-

600000

600

2400 -

09000

9O0

h00ma - aa000

aOO -

00 20shy

00 o __________--m -

h---h 15000 000deg

I ___ __ _O_ _ 100It 0

max1--500

1000

0 -

0800

Fig 13

1000 1200 1400

LOCAL

1600

TIME

1800

(750W)

2000 2200 2400

70Q shy7000deg

-

10000 15000 1__j6000 JICAMARCA PERU

ELECTRON TEMPERATURE Z7 MAY 4975

600 i3000

500 -

E400

o 300 -

200

- -1050 9000 050 o

M oo

0 1500-i50 h max max

1506 deg ---shy-0oi 150 0 deg

W00o 1000o

100

0 0800

Fig

I I 1000

14

1200

F 1I I

1400 LOCAL

1600 TIME

I I

180 (750 W)

I 2000

1

2200 2400

1 I I1 1 i I 1 I I I I I

JICAMARCA PERU1200 ELECTRON TEMPERATURE

700 1500 1 28 MAY 1975

100000 -1000 oo

500

9000

500o 2 - 4000 -

0300 10000 90 Wooo5

200 15000

Fg150 15000 -I200 -1500deg 1000 hmax

C400 I - I IlIoo deg i shytoooo-

20000 10001014O10180200 20 100shy

I II -1 1 -I degI I II0 0800 1000 1200 KOO() 1600 1800 2000 bull2200 2400

LOCAL TIME (750 W) Fig 15

APPENDIX B

VERTICAL DRIFT

-36shy

Fig 16 to 21

Fig 22

Fig 23 to 26

Fig-27

Fig 28 to 32

-37-

FIGURE CAPTIONS

Vertical drift velocities and Spread-F activi

ty for the local times (750W) and dates indishy

cated

Composite of Figs 16 to 21

Vertical drift velocities and Spread-F activi ty forthe local times (750W) and dates indishy

cated

Composite ofFigs-2tor-

Typical drift profiles forthe times (750 W)

and dates indicated as functions of bullheightb

lom0 o0I

80

60

i I I i

19-20 May

I

1975

i I I I i I

JICAMARCA

I L I

VERTICAL

i I

DRIFT

40

ZO)

0 -20shy

c

-40 -60o sp

k

-80--O100-

08 0 12 14 16

Locol

5 443l

18 20 22 0

Time (750 W) 02 04

1 L2U YIIt deg

06 08

Fig 16

I I I I I I I I I I I I IIII I I

80 20- 21 May 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20

20

-20

-60- SpF

-80 1 1

1 3 1 6 1 2 3 2

0810 1 14 16 18 20 22 0 02 04 06 08

Local Time (75degW)

Fig 17

Is 100

21-22 May 1975 60 JICAMARCA VERTICAL DRIFT 60_

40shy

20_

0

-20

-40 UI- II QE

SpF-60 shy

-803 3 r2Ss04100

08i 12 1416 18 20 22 00 02 04 06 08

Local --Time (75 0degW)

Fig 18

S 10 0 I I I I ] I I I I I 1 J

80 22-23 May 1975

60- JICAMARCA VERTICAL DRIFT

40

20

0 -20 _

-40 _

-60 Sp F 6

~83III 13 3 2 2 2 2 1K o

08 10 14 1 18 2022 00 02 04 06 08

-- Local Time (751W)

Fig 19

m 100

80 23-24 May 1975

60 JICAMARCA VERTICAL DRIFT

40

20

0

-20- 0

-40- - 1shy

-60 - - ii F

-80 2a 2 0 0 2 2 -t 0 0 1 1 11 II

0810 12 14 16 48 20 22 00 02 04 06 08

Local Time (750 W)

Fig 20

10o

80

60 40

24-25 May

1975

JICAMARCA VERTICAL DRIFT

0 L)

-20

-40

-60

2 2 1

C

2 2 2 1 0

-100 08 10 12 14 16

Local 18 20 22 Time (751W)

00 02 04 Zf

06 08

Fig 21

Ms 100

80 JICAMARCA VERTICAL DRIFTS

60

40

19 - 24 May975 -20 5

0

-20

-40

-60 -810shy

shy

mioor 08 10 12 14 16

Local 18 20 22

Time (75degW)

00 02 04 06 08

Fig 22

ms 100 0 02-03 June 1975 1

80-

GO JICAMARCA VERTICAL DRIFT

40_

20

0

-20

-40shy

-60

-80 3 22 2o______ ___II_____ O-__o I Ia 22 MTfl)4080 12 14 16 18 20 22 00 02 04 06

Local Time (750 W)

Fig 23

08

0 $ I~lI t i I I I I I I I 1 I I I i t I I IiN 100 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

80- 05-06 June 1975

60- JICAMARCA VERTICAL DRIFT

40shy

20shy

0

-20

-40shy-60 i

3-8o 2I I I shy-40113 i 31 21 L-3 o -100 ____-______-

08 10 12 M 16 18 20 22 00 02 04 0608 Local Time (750 W)

Fig 24

100 I i I I I I I I I I I I I I I I I I I

I80 06-07 June 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20_

0

-20shy

-40shy

-60 shy

-80-3 4 -1 1 1 j ---- 10 0

08 10 12 4 16 18 20 22 00 02 04 06 08

Local Time (75 0 W)

Fig 25

r si( o I I I I I I I I I I I I I I I I I I

80 07-08 June 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20

0 I

-20

-40shy

-80shy-803 2 2 2 0 1

08 10 12 4 46 18 20 22 -00 02 04 06 08

Local Time (75 0 W)

Fig 26

I100

80

60

JICAMARCA 02- 08

VERTICAL JUNE 1975

DRIFTS

40

2 1 0 -

3 3

0

-20 -shy

4

-40

-60

m_ 0

08

I

40

I l

12 14 16 Local

I

18 20 Time

I

22 00

(75 0 W)

I

02

1 II

04 0608

Fig 27

800- -Km JICAMARCA PERU DRIFT PROFILE

JUNE 02 975 700 109 LT

600-shy

1500

400 -1 in

300---1

200 IshyI---4

N

100

-60 -40 - -20 0 Ms +20 +40 +60

N0 284

Fig 28

JICAMARCA PERU DRIFT PROFILE

JUNE 05 1975 1210 LT

800

700

-Km

600

500

I

400- - Ln -Fshy

300bull

II200

I I j I

100shy

l It j I I I

-60 -40 -20 0 ms +20 +40 +60

Fig 29

800 Km JICAMARCA PERU DRIFT PROFILE

JUNE 06 1975 700 1230 LT

600

500 -- I-- -

LI

5300 I-I

-4 I

400 3

400

200 shy-4

I it I I -60 -40 -20 0ms +20 +40 +60

Fig - 30

JICAMARCA PERU DRIFT PROFILE 1107 Rocket Launch Time JUNE 07 1975 i1OOLT

800 --Km

Too

600 ----shy

500-

II

400 -

300-

-4shy

4

-4

-4

200 Ishy

ido

bull-60 -40 -20 Oms +20 t40 +60

Fig 31

JICAMARCA PERU DRIFT PROFILE 4145 Rocket Launch Time JUNE 071975

i1AO LT

I I I I I -60 -40 -0 --

Fig 32

800 -- Km

700

600

500

400 bull

300--

I-4

-4w

-II

I

200

100

-

I

I Oms

I +20

I I 40

I I +60

APPENDIX C

ELECTROJETRELATIVE ECHO POWER DENSITY

- S5shy

-56-

FIGURE CAPTIONS

Fig 33 to167 Compositeof relative echo power density vershy

sus frequency deviation for the times (750W)

and dates indicated

I II if I I I I I I 7-

I JICAMARCAJ PERU 1975io 3onod- JUNE 2442e3of (75Ow)

w

10 -40

QWESTQ60 SPECTRUM 49 920 M HiZ

3 EAST

0

o 01 5- 5 7- a

gt _

-450 Ha 0 + 150 He 4- f FROM TRANSMITTED FREQUENCY

Fg2766 ALOnr75

Fig 33

~~~~~ I ~ f I I l l iv~ JICAMARCA PERU1979 JUNE 2

600 SPECTRUM 1 =o4 9 9 2 0WES MHZ10 EAST

Uo 4 0 --

6 o

5

w 08

-150 Ha 0 +150 Hz--- A FROM TRANSMITTED FREQUENCY - ALOIT75

Fig 34

700

60

I

oo

A -I IoIl

9

bull 300 deg

io

I

110

I I I I

JICAMARCA PERU ELECTRON TEMPERATURE

1 MAY 1975

500

E400 --

CD 300

h

4000 I

20500F

8000 0000 -

D ~ - oedegoo

9000 v v v v 300 -shyiO00 --hmax

2 0 0

C)

200 -40

g10 F

0800 000 1200 4400 1600 4800 2000 2200 2400

-Fig 10

700-

i I i i

JICAMARCA PERU

ELECTRON TEMPERATURE 20 MAY 975

I

i

i

-ii -

i -

600

1400 -

7000

500

500

E400

300

zoo-200

-

-

- 00

000 deg 150-

hmax-100o

15-S0

-

0 1500-

-

I

maxSdeg500-shy

-

1106I

-a 100

-

0800

Fig ]-I

1000 1200 IrI +

1400 LOCAL

4600 TIME

1 - 1800

(759W)

I 2000 2200 2400

700-

I I JICAMARCA PERU

ELECTRON TEMPERATURE 21 MAY 1975

I 1 I I I

13000

I

500shy

400 -I--shy

300

j)Q

3O0bull

000

deg

200-h d--

150

00Wooo- ~

a

~ - SpF

0o

0800

Fig 12

4000 1200 1400 LOCAL

4600 TIME

4800 (75degW)

2000 2200 2400

700

I- I-7 -

S9000

II

-1300

1 F I I I I

JICAMARCA PERU ELECTRON TEMPERATURE

24 MAY 1975

-

600000

600

2400 -

09000

9O0

h00ma - aa000

aOO -

00 20shy

00 o __________--m -

h---h 15000 000deg

I ___ __ _O_ _ 100It 0

max1--500

1000

0 -

0800

Fig 13

1000 1200 1400

LOCAL

1600

TIME

1800

(750W)

2000 2200 2400

70Q shy7000deg

-

10000 15000 1__j6000 JICAMARCA PERU

ELECTRON TEMPERATURE Z7 MAY 4975

600 i3000

500 -

E400

o 300 -

200

- -1050 9000 050 o

M oo

0 1500-i50 h max max

1506 deg ---shy-0oi 150 0 deg

W00o 1000o

100

0 0800

Fig

I I 1000

14

1200

F 1I I

1400 LOCAL

1600 TIME

I I

180 (750 W)

I 2000

1

2200 2400

1 I I1 1 i I 1 I I I I I

JICAMARCA PERU1200 ELECTRON TEMPERATURE

700 1500 1 28 MAY 1975

100000 -1000 oo

500

9000

500o 2 - 4000 -

0300 10000 90 Wooo5

200 15000

Fg150 15000 -I200 -1500deg 1000 hmax

C400 I - I IlIoo deg i shytoooo-

20000 10001014O10180200 20 100shy

I II -1 1 -I degI I II0 0800 1000 1200 KOO() 1600 1800 2000 bull2200 2400

LOCAL TIME (750 W) Fig 15

APPENDIX B

VERTICAL DRIFT

-36shy

Fig 16 to 21

Fig 22

Fig 23 to 26

Fig-27

Fig 28 to 32

-37-

FIGURE CAPTIONS

Vertical drift velocities and Spread-F activi

ty for the local times (750W) and dates indishy

cated

Composite of Figs 16 to 21

Vertical drift velocities and Spread-F activi ty forthe local times (750W) and dates indishy

cated

Composite ofFigs-2tor-

Typical drift profiles forthe times (750 W)

and dates indicated as functions of bullheightb

lom0 o0I

80

60

i I I i

19-20 May

I

1975

i I I I i I

JICAMARCA

I L I

VERTICAL

i I

DRIFT

40

ZO)

0 -20shy

c

-40 -60o sp

k

-80--O100-

08 0 12 14 16

Locol

5 443l

18 20 22 0

Time (750 W) 02 04

1 L2U YIIt deg

06 08

Fig 16

I I I I I I I I I I I I IIII I I

80 20- 21 May 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20

20

-20

-60- SpF

-80 1 1

1 3 1 6 1 2 3 2

0810 1 14 16 18 20 22 0 02 04 06 08

Local Time (75degW)

Fig 17

Is 100

21-22 May 1975 60 JICAMARCA VERTICAL DRIFT 60_

40shy

20_

0

-20

-40 UI- II QE

SpF-60 shy

-803 3 r2Ss04100

08i 12 1416 18 20 22 00 02 04 06 08

Local --Time (75 0degW)

Fig 18

S 10 0 I I I I ] I I I I I 1 J

80 22-23 May 1975

60- JICAMARCA VERTICAL DRIFT

40

20

0 -20 _

-40 _

-60 Sp F 6

~83III 13 3 2 2 2 2 1K o

08 10 14 1 18 2022 00 02 04 06 08

-- Local Time (751W)

Fig 19

m 100

80 23-24 May 1975

60 JICAMARCA VERTICAL DRIFT

40

20

0

-20- 0

-40- - 1shy

-60 - - ii F

-80 2a 2 0 0 2 2 -t 0 0 1 1 11 II

0810 12 14 16 48 20 22 00 02 04 06 08

Local Time (750 W)

Fig 20

10o

80

60 40

24-25 May

1975

JICAMARCA VERTICAL DRIFT

0 L)

-20

-40

-60

2 2 1

C

2 2 2 1 0

-100 08 10 12 14 16

Local 18 20 22 Time (751W)

00 02 04 Zf

06 08

Fig 21

Ms 100

80 JICAMARCA VERTICAL DRIFTS

60

40

19 - 24 May975 -20 5

0

-20

-40

-60 -810shy

shy

mioor 08 10 12 14 16

Local 18 20 22

Time (75degW)

00 02 04 06 08

Fig 22

ms 100 0 02-03 June 1975 1

80-

GO JICAMARCA VERTICAL DRIFT

40_

20

0

-20

-40shy

-60

-80 3 22 2o______ ___II_____ O-__o I Ia 22 MTfl)4080 12 14 16 18 20 22 00 02 04 06

Local Time (750 W)

Fig 23

08

0 $ I~lI t i I I I I I I I 1 I I I i t I I IiN 100 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

80- 05-06 June 1975

60- JICAMARCA VERTICAL DRIFT

40shy

20shy

0

-20

-40shy-60 i

3-8o 2I I I shy-40113 i 31 21 L-3 o -100 ____-______-

08 10 12 M 16 18 20 22 00 02 04 0608 Local Time (750 W)

Fig 24

100 I i I I I I I I I I I I I I I I I I I

I80 06-07 June 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20_

0

-20shy

-40shy

-60 shy

-80-3 4 -1 1 1 j ---- 10 0

08 10 12 4 16 18 20 22 00 02 04 06 08

Local Time (75 0 W)

Fig 25

r si( o I I I I I I I I I I I I I I I I I I

80 07-08 June 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20

0 I

-20

-40shy

-80shy-803 2 2 2 0 1

08 10 12 4 46 18 20 22 -00 02 04 06 08

Local Time (75 0 W)

Fig 26

I100

80

60

JICAMARCA 02- 08

VERTICAL JUNE 1975

DRIFTS

40

2 1 0 -

3 3

0

-20 -shy

4

-40

-60

m_ 0

08

I

40

I l

12 14 16 Local

I

18 20 Time

I

22 00

(75 0 W)

I

02

1 II

04 0608

Fig 27

800- -Km JICAMARCA PERU DRIFT PROFILE

JUNE 02 975 700 109 LT

600-shy

1500

400 -1 in

300---1

200 IshyI---4

N

100

-60 -40 - -20 0 Ms +20 +40 +60

N0 284

Fig 28

JICAMARCA PERU DRIFT PROFILE

JUNE 05 1975 1210 LT

800

700

-Km

600

500

I

400- - Ln -Fshy

300bull

II200

I I j I

100shy

l It j I I I

-60 -40 -20 0 ms +20 +40 +60

Fig 29

800 Km JICAMARCA PERU DRIFT PROFILE

JUNE 06 1975 700 1230 LT

600

500 -- I-- -

LI

5300 I-I

-4 I

400 3

400

200 shy-4

I it I I -60 -40 -20 0ms +20 +40 +60

Fig - 30

JICAMARCA PERU DRIFT PROFILE 1107 Rocket Launch Time JUNE 07 1975 i1OOLT

800 --Km

Too

600 ----shy

500-

II

400 -

300-

-4shy

4

-4

-4

200 Ishy

ido

bull-60 -40 -20 Oms +20 t40 +60

Fig 31

JICAMARCA PERU DRIFT PROFILE 4145 Rocket Launch Time JUNE 071975

i1AO LT

I I I I I -60 -40 -0 --

Fig 32

800 -- Km

700

600

500

400 bull

300--

I-4

-4w

-II

I

200

100

-

I

I Oms

I +20

I I 40

I I +60

APPENDIX C

ELECTROJETRELATIVE ECHO POWER DENSITY

- S5shy

-56-

FIGURE CAPTIONS

Fig 33 to167 Compositeof relative echo power density vershy

sus frequency deviation for the times (750W)

and dates indicated

I II if I I I I I I 7-

I JICAMARCAJ PERU 1975io 3onod- JUNE 2442e3of (75Ow)

w

10 -40

QWESTQ60 SPECTRUM 49 920 M HiZ

3 EAST

0

o 01 5- 5 7- a

gt _

-450 Ha 0 + 150 He 4- f FROM TRANSMITTED FREQUENCY

Fg2766 ALOnr75

Fig 33

~~~~~ I ~ f I I l l iv~ JICAMARCA PERU1979 JUNE 2

600 SPECTRUM 1 =o4 9 9 2 0WES MHZ10 EAST

Uo 4 0 --

6 o

5

w 08

-150 Ha 0 +150 Hz--- A FROM TRANSMITTED FREQUENCY - ALOIT75

Fig 34

700-

i I i i

JICAMARCA PERU

ELECTRON TEMPERATURE 20 MAY 975

I

i

i

-ii -

i -

600

1400 -

7000

500

500

E400

300

zoo-200

-

-

- 00

000 deg 150-

hmax-100o

15-S0

-

0 1500-

-

I

maxSdeg500-shy

-

1106I

-a 100

-

0800

Fig ]-I

1000 1200 IrI +

1400 LOCAL

4600 TIME

1 - 1800

(759W)

I 2000 2200 2400

700-

I I JICAMARCA PERU

ELECTRON TEMPERATURE 21 MAY 1975

I 1 I I I

13000

I

500shy

400 -I--shy

300

j)Q

3O0bull

000

deg

200-h d--

150

00Wooo- ~

a

~ - SpF

0o

0800

Fig 12

4000 1200 1400 LOCAL

4600 TIME

4800 (75degW)

2000 2200 2400

700

I- I-7 -

S9000

II

-1300

1 F I I I I

JICAMARCA PERU ELECTRON TEMPERATURE

24 MAY 1975

-

600000

600

2400 -

09000

9O0

h00ma - aa000

aOO -

00 20shy

00 o __________--m -

h---h 15000 000deg

I ___ __ _O_ _ 100It 0

max1--500

1000

0 -

0800

Fig 13

1000 1200 1400

LOCAL

1600

TIME

1800

(750W)

2000 2200 2400

70Q shy7000deg

-

10000 15000 1__j6000 JICAMARCA PERU

ELECTRON TEMPERATURE Z7 MAY 4975

600 i3000

500 -

E400

o 300 -

200

- -1050 9000 050 o

M oo

0 1500-i50 h max max

1506 deg ---shy-0oi 150 0 deg

W00o 1000o

100

0 0800

Fig

I I 1000

14

1200

F 1I I

1400 LOCAL

1600 TIME

I I

180 (750 W)

I 2000

1

2200 2400

1 I I1 1 i I 1 I I I I I

JICAMARCA PERU1200 ELECTRON TEMPERATURE

700 1500 1 28 MAY 1975

100000 -1000 oo

500

9000

500o 2 - 4000 -

0300 10000 90 Wooo5

200 15000

Fg150 15000 -I200 -1500deg 1000 hmax

C400 I - I IlIoo deg i shytoooo-

20000 10001014O10180200 20 100shy

I II -1 1 -I degI I II0 0800 1000 1200 KOO() 1600 1800 2000 bull2200 2400

LOCAL TIME (750 W) Fig 15

APPENDIX B

VERTICAL DRIFT

-36shy

Fig 16 to 21

Fig 22

Fig 23 to 26

Fig-27

Fig 28 to 32

-37-

FIGURE CAPTIONS

Vertical drift velocities and Spread-F activi

ty for the local times (750W) and dates indishy

cated

Composite of Figs 16 to 21

Vertical drift velocities and Spread-F activi ty forthe local times (750W) and dates indishy

cated

Composite ofFigs-2tor-

Typical drift profiles forthe times (750 W)

and dates indicated as functions of bullheightb

lom0 o0I

80

60

i I I i

19-20 May

I

1975

i I I I i I

JICAMARCA

I L I

VERTICAL

i I

DRIFT

40

ZO)

0 -20shy

c

-40 -60o sp

k

-80--O100-

08 0 12 14 16

Locol

5 443l

18 20 22 0

Time (750 W) 02 04

1 L2U YIIt deg

06 08

Fig 16

I I I I I I I I I I I I IIII I I

80 20- 21 May 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20

20

-20

-60- SpF

-80 1 1

1 3 1 6 1 2 3 2

0810 1 14 16 18 20 22 0 02 04 06 08

Local Time (75degW)

Fig 17

Is 100

21-22 May 1975 60 JICAMARCA VERTICAL DRIFT 60_

40shy

20_

0

-20

-40 UI- II QE

SpF-60 shy

-803 3 r2Ss04100

08i 12 1416 18 20 22 00 02 04 06 08

Local --Time (75 0degW)

Fig 18

S 10 0 I I I I ] I I I I I 1 J

80 22-23 May 1975

60- JICAMARCA VERTICAL DRIFT

40

20

0 -20 _

-40 _

-60 Sp F 6

~83III 13 3 2 2 2 2 1K o

08 10 14 1 18 2022 00 02 04 06 08

-- Local Time (751W)

Fig 19

m 100

80 23-24 May 1975

60 JICAMARCA VERTICAL DRIFT

40

20

0

-20- 0

-40- - 1shy

-60 - - ii F

-80 2a 2 0 0 2 2 -t 0 0 1 1 11 II

0810 12 14 16 48 20 22 00 02 04 06 08

Local Time (750 W)

Fig 20

10o

80

60 40

24-25 May

1975

JICAMARCA VERTICAL DRIFT

0 L)

-20

-40

-60

2 2 1

C

2 2 2 1 0

-100 08 10 12 14 16

Local 18 20 22 Time (751W)

00 02 04 Zf

06 08

Fig 21

Ms 100

80 JICAMARCA VERTICAL DRIFTS

60

40

19 - 24 May975 -20 5

0

-20

-40

-60 -810shy

shy

mioor 08 10 12 14 16

Local 18 20 22

Time (75degW)

00 02 04 06 08

Fig 22

ms 100 0 02-03 June 1975 1

80-

GO JICAMARCA VERTICAL DRIFT

40_

20

0

-20

-40shy

-60

-80 3 22 2o______ ___II_____ O-__o I Ia 22 MTfl)4080 12 14 16 18 20 22 00 02 04 06

Local Time (750 W)

Fig 23

08

0 $ I~lI t i I I I I I I I 1 I I I i t I I IiN 100 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

80- 05-06 June 1975

60- JICAMARCA VERTICAL DRIFT

40shy

20shy

0

-20

-40shy-60 i

3-8o 2I I I shy-40113 i 31 21 L-3 o -100 ____-______-

08 10 12 M 16 18 20 22 00 02 04 0608 Local Time (750 W)

Fig 24

100 I i I I I I I I I I I I I I I I I I I

I80 06-07 June 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20_

0

-20shy

-40shy

-60 shy

-80-3 4 -1 1 1 j ---- 10 0

08 10 12 4 16 18 20 22 00 02 04 06 08

Local Time (75 0 W)

Fig 25

r si( o I I I I I I I I I I I I I I I I I I

80 07-08 June 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20

0 I

-20

-40shy

-80shy-803 2 2 2 0 1

08 10 12 4 46 18 20 22 -00 02 04 06 08

Local Time (75 0 W)

Fig 26

I100

80

60

JICAMARCA 02- 08

VERTICAL JUNE 1975

DRIFTS

40

2 1 0 -

3 3

0

-20 -shy

4

-40

-60

m_ 0

08

I

40

I l

12 14 16 Local

I

18 20 Time

I

22 00

(75 0 W)

I

02

1 II

04 0608

Fig 27

800- -Km JICAMARCA PERU DRIFT PROFILE

JUNE 02 975 700 109 LT

600-shy

1500

400 -1 in

300---1

200 IshyI---4

N

100

-60 -40 - -20 0 Ms +20 +40 +60

N0 284

Fig 28

JICAMARCA PERU DRIFT PROFILE

JUNE 05 1975 1210 LT

800

700

-Km

600

500

I

400- - Ln -Fshy

300bull

II200

I I j I

100shy

l It j I I I

-60 -40 -20 0 ms +20 +40 +60

Fig 29

800 Km JICAMARCA PERU DRIFT PROFILE

JUNE 06 1975 700 1230 LT

600

500 -- I-- -

LI

5300 I-I

-4 I

400 3

400

200 shy-4

I it I I -60 -40 -20 0ms +20 +40 +60

Fig - 30

JICAMARCA PERU DRIFT PROFILE 1107 Rocket Launch Time JUNE 07 1975 i1OOLT

800 --Km

Too

600 ----shy

500-

II

400 -

300-

-4shy

4

-4

-4

200 Ishy

ido

bull-60 -40 -20 Oms +20 t40 +60

Fig 31

JICAMARCA PERU DRIFT PROFILE 4145 Rocket Launch Time JUNE 071975

i1AO LT

I I I I I -60 -40 -0 --

Fig 32

800 -- Km

700

600

500

400 bull

300--

I-4

-4w

-II

I

200

100

-

I

I Oms

I +20

I I 40

I I +60

APPENDIX C

ELECTROJETRELATIVE ECHO POWER DENSITY

- S5shy

-56-

FIGURE CAPTIONS

Fig 33 to167 Compositeof relative echo power density vershy

sus frequency deviation for the times (750W)

and dates indicated

I II if I I I I I I 7-

I JICAMARCAJ PERU 1975io 3onod- JUNE 2442e3of (75Ow)

w

10 -40

QWESTQ60 SPECTRUM 49 920 M HiZ

3 EAST

0

o 01 5- 5 7- a

gt _

-450 Ha 0 + 150 He 4- f FROM TRANSMITTED FREQUENCY

Fg2766 ALOnr75

Fig 33

~~~~~ I ~ f I I l l iv~ JICAMARCA PERU1979 JUNE 2

600 SPECTRUM 1 =o4 9 9 2 0WES MHZ10 EAST

Uo 4 0 --

6 o

5

w 08

-150 Ha 0 +150 Hz--- A FROM TRANSMITTED FREQUENCY - ALOIT75

Fig 34

700-

I I JICAMARCA PERU

ELECTRON TEMPERATURE 21 MAY 1975

I 1 I I I

13000

I

500shy

400 -I--shy

300

j)Q

3O0bull

000

deg

200-h d--

150

00Wooo- ~

a

~ - SpF

0o

0800

Fig 12

4000 1200 1400 LOCAL

4600 TIME

4800 (75degW)

2000 2200 2400

700

I- I-7 -

S9000

II

-1300

1 F I I I I

JICAMARCA PERU ELECTRON TEMPERATURE

24 MAY 1975

-

600000

600

2400 -

09000

9O0

h00ma - aa000

aOO -

00 20shy

00 o __________--m -

h---h 15000 000deg

I ___ __ _O_ _ 100It 0

max1--500

1000

0 -

0800

Fig 13

1000 1200 1400

LOCAL

1600

TIME

1800

(750W)

2000 2200 2400

70Q shy7000deg

-

10000 15000 1__j6000 JICAMARCA PERU

ELECTRON TEMPERATURE Z7 MAY 4975

600 i3000

500 -

E400

o 300 -

200

- -1050 9000 050 o

M oo

0 1500-i50 h max max

1506 deg ---shy-0oi 150 0 deg

W00o 1000o

100

0 0800

Fig

I I 1000

14

1200

F 1I I

1400 LOCAL

1600 TIME

I I

180 (750 W)

I 2000

1

2200 2400

1 I I1 1 i I 1 I I I I I

JICAMARCA PERU1200 ELECTRON TEMPERATURE

700 1500 1 28 MAY 1975

100000 -1000 oo

500

9000

500o 2 - 4000 -

0300 10000 90 Wooo5

200 15000

Fg150 15000 -I200 -1500deg 1000 hmax

C400 I - I IlIoo deg i shytoooo-

20000 10001014O10180200 20 100shy

I II -1 1 -I degI I II0 0800 1000 1200 KOO() 1600 1800 2000 bull2200 2400

LOCAL TIME (750 W) Fig 15

APPENDIX B

VERTICAL DRIFT

-36shy

Fig 16 to 21

Fig 22

Fig 23 to 26

Fig-27

Fig 28 to 32

-37-

FIGURE CAPTIONS

Vertical drift velocities and Spread-F activi

ty for the local times (750W) and dates indishy

cated

Composite of Figs 16 to 21

Vertical drift velocities and Spread-F activi ty forthe local times (750W) and dates indishy

cated

Composite ofFigs-2tor-

Typical drift profiles forthe times (750 W)

and dates indicated as functions of bullheightb

lom0 o0I

80

60

i I I i

19-20 May

I

1975

i I I I i I

JICAMARCA

I L I

VERTICAL

i I

DRIFT

40

ZO)

0 -20shy

c

-40 -60o sp

k

-80--O100-

08 0 12 14 16

Locol

5 443l

18 20 22 0

Time (750 W) 02 04

1 L2U YIIt deg

06 08

Fig 16

I I I I I I I I I I I I IIII I I

80 20- 21 May 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20

20

-20

-60- SpF

-80 1 1

1 3 1 6 1 2 3 2

0810 1 14 16 18 20 22 0 02 04 06 08

Local Time (75degW)

Fig 17

Is 100

21-22 May 1975 60 JICAMARCA VERTICAL DRIFT 60_

40shy

20_

0

-20

-40 UI- II QE

SpF-60 shy

-803 3 r2Ss04100

08i 12 1416 18 20 22 00 02 04 06 08

Local --Time (75 0degW)

Fig 18

S 10 0 I I I I ] I I I I I 1 J

80 22-23 May 1975

60- JICAMARCA VERTICAL DRIFT

40

20

0 -20 _

-40 _

-60 Sp F 6

~83III 13 3 2 2 2 2 1K o

08 10 14 1 18 2022 00 02 04 06 08

-- Local Time (751W)

Fig 19

m 100

80 23-24 May 1975

60 JICAMARCA VERTICAL DRIFT

40

20

0

-20- 0

-40- - 1shy

-60 - - ii F

-80 2a 2 0 0 2 2 -t 0 0 1 1 11 II

0810 12 14 16 48 20 22 00 02 04 06 08

Local Time (750 W)

Fig 20

10o

80

60 40

24-25 May

1975

JICAMARCA VERTICAL DRIFT

0 L)

-20

-40

-60

2 2 1

C

2 2 2 1 0

-100 08 10 12 14 16

Local 18 20 22 Time (751W)

00 02 04 Zf

06 08

Fig 21

Ms 100

80 JICAMARCA VERTICAL DRIFTS

60

40

19 - 24 May975 -20 5

0

-20

-40

-60 -810shy

shy

mioor 08 10 12 14 16

Local 18 20 22

Time (75degW)

00 02 04 06 08

Fig 22

ms 100 0 02-03 June 1975 1

80-

GO JICAMARCA VERTICAL DRIFT

40_

20

0

-20

-40shy

-60

-80 3 22 2o______ ___II_____ O-__o I Ia 22 MTfl)4080 12 14 16 18 20 22 00 02 04 06

Local Time (750 W)

Fig 23

08

0 $ I~lI t i I I I I I I I 1 I I I i t I I IiN 100 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

80- 05-06 June 1975

60- JICAMARCA VERTICAL DRIFT

40shy

20shy

0

-20

-40shy-60 i

3-8o 2I I I shy-40113 i 31 21 L-3 o -100 ____-______-

08 10 12 M 16 18 20 22 00 02 04 0608 Local Time (750 W)

Fig 24

100 I i I I I I I I I I I I I I I I I I I

I80 06-07 June 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20_

0

-20shy

-40shy

-60 shy

-80-3 4 -1 1 1 j ---- 10 0

08 10 12 4 16 18 20 22 00 02 04 06 08

Local Time (75 0 W)

Fig 25

r si( o I I I I I I I I I I I I I I I I I I

80 07-08 June 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20

0 I

-20

-40shy

-80shy-803 2 2 2 0 1

08 10 12 4 46 18 20 22 -00 02 04 06 08

Local Time (75 0 W)

Fig 26

I100

80

60

JICAMARCA 02- 08

VERTICAL JUNE 1975

DRIFTS

40

2 1 0 -

3 3

0

-20 -shy

4

-40

-60

m_ 0

08

I

40

I l

12 14 16 Local

I

18 20 Time

I

22 00

(75 0 W)

I

02

1 II

04 0608

Fig 27

800- -Km JICAMARCA PERU DRIFT PROFILE

JUNE 02 975 700 109 LT

600-shy

1500

400 -1 in

300---1

200 IshyI---4

N

100

-60 -40 - -20 0 Ms +20 +40 +60

N0 284

Fig 28

JICAMARCA PERU DRIFT PROFILE

JUNE 05 1975 1210 LT

800

700

-Km

600

500

I

400- - Ln -Fshy

300bull

II200

I I j I

100shy

l It j I I I

-60 -40 -20 0 ms +20 +40 +60

Fig 29

800 Km JICAMARCA PERU DRIFT PROFILE

JUNE 06 1975 700 1230 LT

600

500 -- I-- -

LI

5300 I-I

-4 I

400 3

400

200 shy-4

I it I I -60 -40 -20 0ms +20 +40 +60

Fig - 30

JICAMARCA PERU DRIFT PROFILE 1107 Rocket Launch Time JUNE 07 1975 i1OOLT

800 --Km

Too

600 ----shy

500-

II

400 -

300-

-4shy

4

-4

-4

200 Ishy

ido

bull-60 -40 -20 Oms +20 t40 +60

Fig 31

JICAMARCA PERU DRIFT PROFILE 4145 Rocket Launch Time JUNE 071975

i1AO LT

I I I I I -60 -40 -0 --

Fig 32

800 -- Km

700

600

500

400 bull

300--

I-4

-4w

-II

I

200

100

-

I

I Oms

I +20

I I 40

I I +60

APPENDIX C

ELECTROJETRELATIVE ECHO POWER DENSITY

- S5shy

-56-

FIGURE CAPTIONS

Fig 33 to167 Compositeof relative echo power density vershy

sus frequency deviation for the times (750W)

and dates indicated

I II if I I I I I I 7-

I JICAMARCAJ PERU 1975io 3onod- JUNE 2442e3of (75Ow)

w

10 -40

QWESTQ60 SPECTRUM 49 920 M HiZ

3 EAST

0

o 01 5- 5 7- a

gt _

-450 Ha 0 + 150 He 4- f FROM TRANSMITTED FREQUENCY

Fg2766 ALOnr75

Fig 33

~~~~~ I ~ f I I l l iv~ JICAMARCA PERU1979 JUNE 2

600 SPECTRUM 1 =o4 9 9 2 0WES MHZ10 EAST

Uo 4 0 --

6 o

5

w 08

-150 Ha 0 +150 Hz--- A FROM TRANSMITTED FREQUENCY - ALOIT75

Fig 34

700

I- I-7 -

S9000

II

-1300

1 F I I I I

JICAMARCA PERU ELECTRON TEMPERATURE

24 MAY 1975

-

600000

600

2400 -

09000

9O0

h00ma - aa000

aOO -

00 20shy

00 o __________--m -

h---h 15000 000deg

I ___ __ _O_ _ 100It 0

max1--500

1000

0 -

0800

Fig 13

1000 1200 1400

LOCAL

1600

TIME

1800

(750W)

2000 2200 2400

70Q shy7000deg

-

10000 15000 1__j6000 JICAMARCA PERU

ELECTRON TEMPERATURE Z7 MAY 4975

600 i3000

500 -

E400

o 300 -

200

- -1050 9000 050 o

M oo

0 1500-i50 h max max

1506 deg ---shy-0oi 150 0 deg

W00o 1000o

100

0 0800

Fig

I I 1000

14

1200

F 1I I

1400 LOCAL

1600 TIME

I I

180 (750 W)

I 2000

1

2200 2400

1 I I1 1 i I 1 I I I I I

JICAMARCA PERU1200 ELECTRON TEMPERATURE

700 1500 1 28 MAY 1975

100000 -1000 oo

500

9000

500o 2 - 4000 -

0300 10000 90 Wooo5

200 15000

Fg150 15000 -I200 -1500deg 1000 hmax

C400 I - I IlIoo deg i shytoooo-

20000 10001014O10180200 20 100shy

I II -1 1 -I degI I II0 0800 1000 1200 KOO() 1600 1800 2000 bull2200 2400

LOCAL TIME (750 W) Fig 15

APPENDIX B

VERTICAL DRIFT

-36shy

Fig 16 to 21

Fig 22

Fig 23 to 26

Fig-27

Fig 28 to 32

-37-

FIGURE CAPTIONS

Vertical drift velocities and Spread-F activi

ty for the local times (750W) and dates indishy

cated

Composite of Figs 16 to 21

Vertical drift velocities and Spread-F activi ty forthe local times (750W) and dates indishy

cated

Composite ofFigs-2tor-

Typical drift profiles forthe times (750 W)

and dates indicated as functions of bullheightb

lom0 o0I

80

60

i I I i

19-20 May

I

1975

i I I I i I

JICAMARCA

I L I

VERTICAL

i I

DRIFT

40

ZO)

0 -20shy

c

-40 -60o sp

k

-80--O100-

08 0 12 14 16

Locol

5 443l

18 20 22 0

Time (750 W) 02 04

1 L2U YIIt deg

06 08

Fig 16

I I I I I I I I I I I I IIII I I

80 20- 21 May 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20

20

-20

-60- SpF

-80 1 1

1 3 1 6 1 2 3 2

0810 1 14 16 18 20 22 0 02 04 06 08

Local Time (75degW)

Fig 17

Is 100

21-22 May 1975 60 JICAMARCA VERTICAL DRIFT 60_

40shy

20_

0

-20

-40 UI- II QE

SpF-60 shy

-803 3 r2Ss04100

08i 12 1416 18 20 22 00 02 04 06 08

Local --Time (75 0degW)

Fig 18

S 10 0 I I I I ] I I I I I 1 J

80 22-23 May 1975

60- JICAMARCA VERTICAL DRIFT

40

20

0 -20 _

-40 _

-60 Sp F 6

~83III 13 3 2 2 2 2 1K o

08 10 14 1 18 2022 00 02 04 06 08

-- Local Time (751W)

Fig 19

m 100

80 23-24 May 1975

60 JICAMARCA VERTICAL DRIFT

40

20

0

-20- 0

-40- - 1shy

-60 - - ii F

-80 2a 2 0 0 2 2 -t 0 0 1 1 11 II

0810 12 14 16 48 20 22 00 02 04 06 08

Local Time (750 W)

Fig 20

10o

80

60 40

24-25 May

1975

JICAMARCA VERTICAL DRIFT

0 L)

-20

-40

-60

2 2 1

C

2 2 2 1 0

-100 08 10 12 14 16

Local 18 20 22 Time (751W)

00 02 04 Zf

06 08

Fig 21

Ms 100

80 JICAMARCA VERTICAL DRIFTS

60

40

19 - 24 May975 -20 5

0

-20

-40

-60 -810shy

shy

mioor 08 10 12 14 16

Local 18 20 22

Time (75degW)

00 02 04 06 08

Fig 22

ms 100 0 02-03 June 1975 1

80-

GO JICAMARCA VERTICAL DRIFT

40_

20

0

-20

-40shy

-60

-80 3 22 2o______ ___II_____ O-__o I Ia 22 MTfl)4080 12 14 16 18 20 22 00 02 04 06

Local Time (750 W)

Fig 23

08

0 $ I~lI t i I I I I I I I 1 I I I i t I I IiN 100 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

80- 05-06 June 1975

60- JICAMARCA VERTICAL DRIFT

40shy

20shy

0

-20

-40shy-60 i

3-8o 2I I I shy-40113 i 31 21 L-3 o -100 ____-______-

08 10 12 M 16 18 20 22 00 02 04 0608 Local Time (750 W)

Fig 24

100 I i I I I I I I I I I I I I I I I I I

I80 06-07 June 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20_

0

-20shy

-40shy

-60 shy

-80-3 4 -1 1 1 j ---- 10 0

08 10 12 4 16 18 20 22 00 02 04 06 08

Local Time (75 0 W)

Fig 25

r si( o I I I I I I I I I I I I I I I I I I

80 07-08 June 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20

0 I

-20

-40shy

-80shy-803 2 2 2 0 1

08 10 12 4 46 18 20 22 -00 02 04 06 08

Local Time (75 0 W)

Fig 26

I100

80

60

JICAMARCA 02- 08

VERTICAL JUNE 1975

DRIFTS

40

2 1 0 -

3 3

0

-20 -shy

4

-40

-60

m_ 0

08

I

40

I l

12 14 16 Local

I

18 20 Time

I

22 00

(75 0 W)

I

02

1 II

04 0608

Fig 27

800- -Km JICAMARCA PERU DRIFT PROFILE

JUNE 02 975 700 109 LT

600-shy

1500

400 -1 in

300---1

200 IshyI---4

N

100

-60 -40 - -20 0 Ms +20 +40 +60

N0 284

Fig 28

JICAMARCA PERU DRIFT PROFILE

JUNE 05 1975 1210 LT

800

700

-Km

600

500

I

400- - Ln -Fshy

300bull

II200

I I j I

100shy

l It j I I I

-60 -40 -20 0 ms +20 +40 +60

Fig 29

800 Km JICAMARCA PERU DRIFT PROFILE

JUNE 06 1975 700 1230 LT

600

500 -- I-- -

LI

5300 I-I

-4 I

400 3

400

200 shy-4

I it I I -60 -40 -20 0ms +20 +40 +60

Fig - 30

JICAMARCA PERU DRIFT PROFILE 1107 Rocket Launch Time JUNE 07 1975 i1OOLT

800 --Km

Too

600 ----shy

500-

II

400 -

300-

-4shy

4

-4

-4

200 Ishy

ido

bull-60 -40 -20 Oms +20 t40 +60

Fig 31

JICAMARCA PERU DRIFT PROFILE 4145 Rocket Launch Time JUNE 071975

i1AO LT

I I I I I -60 -40 -0 --

Fig 32

800 -- Km

700

600

500

400 bull

300--

I-4

-4w

-II

I

200

100

-

I

I Oms

I +20

I I 40

I I +60

APPENDIX C

ELECTROJETRELATIVE ECHO POWER DENSITY

- S5shy

-56-

FIGURE CAPTIONS

Fig 33 to167 Compositeof relative echo power density vershy

sus frequency deviation for the times (750W)

and dates indicated

I II if I I I I I I 7-

I JICAMARCAJ PERU 1975io 3onod- JUNE 2442e3of (75Ow)

w

10 -40

QWESTQ60 SPECTRUM 49 920 M HiZ

3 EAST

0

o 01 5- 5 7- a

gt _

-450 Ha 0 + 150 He 4- f FROM TRANSMITTED FREQUENCY

Fg2766 ALOnr75

Fig 33

~~~~~ I ~ f I I l l iv~ JICAMARCA PERU1979 JUNE 2

600 SPECTRUM 1 =o4 9 9 2 0WES MHZ10 EAST

Uo 4 0 --

6 o

5

w 08

-150 Ha 0 +150 Hz--- A FROM TRANSMITTED FREQUENCY - ALOIT75

Fig 34

70Q shy7000deg

-

10000 15000 1__j6000 JICAMARCA PERU

ELECTRON TEMPERATURE Z7 MAY 4975

600 i3000

500 -

E400

o 300 -

200

- -1050 9000 050 o

M oo

0 1500-i50 h max max

1506 deg ---shy-0oi 150 0 deg

W00o 1000o

100

0 0800

Fig

I I 1000

14

1200

F 1I I

1400 LOCAL

1600 TIME

I I

180 (750 W)

I 2000

1

2200 2400

1 I I1 1 i I 1 I I I I I

JICAMARCA PERU1200 ELECTRON TEMPERATURE

700 1500 1 28 MAY 1975

100000 -1000 oo

500

9000

500o 2 - 4000 -

0300 10000 90 Wooo5

200 15000

Fg150 15000 -I200 -1500deg 1000 hmax

C400 I - I IlIoo deg i shytoooo-

20000 10001014O10180200 20 100shy

I II -1 1 -I degI I II0 0800 1000 1200 KOO() 1600 1800 2000 bull2200 2400

LOCAL TIME (750 W) Fig 15

APPENDIX B

VERTICAL DRIFT

-36shy

Fig 16 to 21

Fig 22

Fig 23 to 26

Fig-27

Fig 28 to 32

-37-

FIGURE CAPTIONS

Vertical drift velocities and Spread-F activi

ty for the local times (750W) and dates indishy

cated

Composite of Figs 16 to 21

Vertical drift velocities and Spread-F activi ty forthe local times (750W) and dates indishy

cated

Composite ofFigs-2tor-

Typical drift profiles forthe times (750 W)

and dates indicated as functions of bullheightb

lom0 o0I

80

60

i I I i

19-20 May

I

1975

i I I I i I

JICAMARCA

I L I

VERTICAL

i I

DRIFT

40

ZO)

0 -20shy

c

-40 -60o sp

k

-80--O100-

08 0 12 14 16

Locol

5 443l

18 20 22 0

Time (750 W) 02 04

1 L2U YIIt deg

06 08

Fig 16

I I I I I I I I I I I I IIII I I

80 20- 21 May 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20

20

-20

-60- SpF

-80 1 1

1 3 1 6 1 2 3 2

0810 1 14 16 18 20 22 0 02 04 06 08

Local Time (75degW)

Fig 17

Is 100

21-22 May 1975 60 JICAMARCA VERTICAL DRIFT 60_

40shy

20_

0

-20

-40 UI- II QE

SpF-60 shy

-803 3 r2Ss04100

08i 12 1416 18 20 22 00 02 04 06 08

Local --Time (75 0degW)

Fig 18

S 10 0 I I I I ] I I I I I 1 J

80 22-23 May 1975

60- JICAMARCA VERTICAL DRIFT

40

20

0 -20 _

-40 _

-60 Sp F 6

~83III 13 3 2 2 2 2 1K o

08 10 14 1 18 2022 00 02 04 06 08

-- Local Time (751W)

Fig 19

m 100

80 23-24 May 1975

60 JICAMARCA VERTICAL DRIFT

40

20

0

-20- 0

-40- - 1shy

-60 - - ii F

-80 2a 2 0 0 2 2 -t 0 0 1 1 11 II

0810 12 14 16 48 20 22 00 02 04 06 08

Local Time (750 W)

Fig 20

10o

80

60 40

24-25 May

1975

JICAMARCA VERTICAL DRIFT

0 L)

-20

-40

-60

2 2 1

C

2 2 2 1 0

-100 08 10 12 14 16

Local 18 20 22 Time (751W)

00 02 04 Zf

06 08

Fig 21

Ms 100

80 JICAMARCA VERTICAL DRIFTS

60

40

19 - 24 May975 -20 5

0

-20

-40

-60 -810shy

shy

mioor 08 10 12 14 16

Local 18 20 22

Time (75degW)

00 02 04 06 08

Fig 22

ms 100 0 02-03 June 1975 1

80-

GO JICAMARCA VERTICAL DRIFT

40_

20

0

-20

-40shy

-60

-80 3 22 2o______ ___II_____ O-__o I Ia 22 MTfl)4080 12 14 16 18 20 22 00 02 04 06

Local Time (750 W)

Fig 23

08

0 $ I~lI t i I I I I I I I 1 I I I i t I I IiN 100 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

80- 05-06 June 1975

60- JICAMARCA VERTICAL DRIFT

40shy

20shy

0

-20

-40shy-60 i

3-8o 2I I I shy-40113 i 31 21 L-3 o -100 ____-______-

08 10 12 M 16 18 20 22 00 02 04 0608 Local Time (750 W)

Fig 24

100 I i I I I I I I I I I I I I I I I I I

I80 06-07 June 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20_

0

-20shy

-40shy

-60 shy

-80-3 4 -1 1 1 j ---- 10 0

08 10 12 4 16 18 20 22 00 02 04 06 08

Local Time (75 0 W)

Fig 25

r si( o I I I I I I I I I I I I I I I I I I

80 07-08 June 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20

0 I

-20

-40shy

-80shy-803 2 2 2 0 1

08 10 12 4 46 18 20 22 -00 02 04 06 08

Local Time (75 0 W)

Fig 26

I100

80

60

JICAMARCA 02- 08

VERTICAL JUNE 1975

DRIFTS

40

2 1 0 -

3 3

0

-20 -shy

4

-40

-60

m_ 0

08

I

40

I l

12 14 16 Local

I

18 20 Time

I

22 00

(75 0 W)

I

02

1 II

04 0608

Fig 27

800- -Km JICAMARCA PERU DRIFT PROFILE

JUNE 02 975 700 109 LT

600-shy

1500

400 -1 in

300---1

200 IshyI---4

N

100

-60 -40 - -20 0 Ms +20 +40 +60

N0 284

Fig 28

JICAMARCA PERU DRIFT PROFILE

JUNE 05 1975 1210 LT

800

700

-Km

600

500

I

400- - Ln -Fshy

300bull

II200

I I j I

100shy

l It j I I I

-60 -40 -20 0 ms +20 +40 +60

Fig 29

800 Km JICAMARCA PERU DRIFT PROFILE

JUNE 06 1975 700 1230 LT

600

500 -- I-- -

LI

5300 I-I

-4 I

400 3

400

200 shy-4

I it I I -60 -40 -20 0ms +20 +40 +60

Fig - 30

JICAMARCA PERU DRIFT PROFILE 1107 Rocket Launch Time JUNE 07 1975 i1OOLT

800 --Km

Too

600 ----shy

500-

II

400 -

300-

-4shy

4

-4

-4

200 Ishy

ido

bull-60 -40 -20 Oms +20 t40 +60

Fig 31

JICAMARCA PERU DRIFT PROFILE 4145 Rocket Launch Time JUNE 071975

i1AO LT

I I I I I -60 -40 -0 --

Fig 32

800 -- Km

700

600

500

400 bull

300--

I-4

-4w

-II

I

200

100

-

I

I Oms

I +20

I I 40

I I +60

APPENDIX C

ELECTROJETRELATIVE ECHO POWER DENSITY

- S5shy

-56-

FIGURE CAPTIONS

Fig 33 to167 Compositeof relative echo power density vershy

sus frequency deviation for the times (750W)

and dates indicated

I II if I I I I I I 7-

I JICAMARCAJ PERU 1975io 3onod- JUNE 2442e3of (75Ow)

w

10 -40

QWESTQ60 SPECTRUM 49 920 M HiZ

3 EAST

0

o 01 5- 5 7- a

gt _

-450 Ha 0 + 150 He 4- f FROM TRANSMITTED FREQUENCY

Fg2766 ALOnr75

Fig 33

~~~~~ I ~ f I I l l iv~ JICAMARCA PERU1979 JUNE 2

600 SPECTRUM 1 =o4 9 9 2 0WES MHZ10 EAST

Uo 4 0 --

6 o

5

w 08

-150 Ha 0 +150 Hz--- A FROM TRANSMITTED FREQUENCY - ALOIT75

Fig 34

1 I I1 1 i I 1 I I I I I

JICAMARCA PERU1200 ELECTRON TEMPERATURE

700 1500 1 28 MAY 1975

100000 -1000 oo

500

9000

500o 2 - 4000 -

0300 10000 90 Wooo5

200 15000

Fg150 15000 -I200 -1500deg 1000 hmax

C400 I - I IlIoo deg i shytoooo-

20000 10001014O10180200 20 100shy

I II -1 1 -I degI I II0 0800 1000 1200 KOO() 1600 1800 2000 bull2200 2400

LOCAL TIME (750 W) Fig 15

APPENDIX B

VERTICAL DRIFT

-36shy

Fig 16 to 21

Fig 22

Fig 23 to 26

Fig-27

Fig 28 to 32

-37-

FIGURE CAPTIONS

Vertical drift velocities and Spread-F activi

ty for the local times (750W) and dates indishy

cated

Composite of Figs 16 to 21

Vertical drift velocities and Spread-F activi ty forthe local times (750W) and dates indishy

cated

Composite ofFigs-2tor-

Typical drift profiles forthe times (750 W)

and dates indicated as functions of bullheightb

lom0 o0I

80

60

i I I i

19-20 May

I

1975

i I I I i I

JICAMARCA

I L I

VERTICAL

i I

DRIFT

40

ZO)

0 -20shy

c

-40 -60o sp

k

-80--O100-

08 0 12 14 16

Locol

5 443l

18 20 22 0

Time (750 W) 02 04

1 L2U YIIt deg

06 08

Fig 16

I I I I I I I I I I I I IIII I I

80 20- 21 May 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20

20

-20

-60- SpF

-80 1 1

1 3 1 6 1 2 3 2

0810 1 14 16 18 20 22 0 02 04 06 08

Local Time (75degW)

Fig 17

Is 100

21-22 May 1975 60 JICAMARCA VERTICAL DRIFT 60_

40shy

20_

0

-20

-40 UI- II QE

SpF-60 shy

-803 3 r2Ss04100

08i 12 1416 18 20 22 00 02 04 06 08

Local --Time (75 0degW)

Fig 18

S 10 0 I I I I ] I I I I I 1 J

80 22-23 May 1975

60- JICAMARCA VERTICAL DRIFT

40

20

0 -20 _

-40 _

-60 Sp F 6

~83III 13 3 2 2 2 2 1K o

08 10 14 1 18 2022 00 02 04 06 08

-- Local Time (751W)

Fig 19

m 100

80 23-24 May 1975

60 JICAMARCA VERTICAL DRIFT

40

20

0

-20- 0

-40- - 1shy

-60 - - ii F

-80 2a 2 0 0 2 2 -t 0 0 1 1 11 II

0810 12 14 16 48 20 22 00 02 04 06 08

Local Time (750 W)

Fig 20

10o

80

60 40

24-25 May

1975

JICAMARCA VERTICAL DRIFT

0 L)

-20

-40

-60

2 2 1

C

2 2 2 1 0

-100 08 10 12 14 16

Local 18 20 22 Time (751W)

00 02 04 Zf

06 08

Fig 21

Ms 100

80 JICAMARCA VERTICAL DRIFTS

60

40

19 - 24 May975 -20 5

0

-20

-40

-60 -810shy

shy

mioor 08 10 12 14 16

Local 18 20 22

Time (75degW)

00 02 04 06 08

Fig 22

ms 100 0 02-03 June 1975 1

80-

GO JICAMARCA VERTICAL DRIFT

40_

20

0

-20

-40shy

-60

-80 3 22 2o______ ___II_____ O-__o I Ia 22 MTfl)4080 12 14 16 18 20 22 00 02 04 06

Local Time (750 W)

Fig 23

08

0 $ I~lI t i I I I I I I I 1 I I I i t I I IiN 100 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

80- 05-06 June 1975

60- JICAMARCA VERTICAL DRIFT

40shy

20shy

0

-20

-40shy-60 i

3-8o 2I I I shy-40113 i 31 21 L-3 o -100 ____-______-

08 10 12 M 16 18 20 22 00 02 04 0608 Local Time (750 W)

Fig 24

100 I i I I I I I I I I I I I I I I I I I

I80 06-07 June 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20_

0

-20shy

-40shy

-60 shy

-80-3 4 -1 1 1 j ---- 10 0

08 10 12 4 16 18 20 22 00 02 04 06 08

Local Time (75 0 W)

Fig 25

r si( o I I I I I I I I I I I I I I I I I I

80 07-08 June 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20

0 I

-20

-40shy

-80shy-803 2 2 2 0 1

08 10 12 4 46 18 20 22 -00 02 04 06 08

Local Time (75 0 W)

Fig 26

I100

80

60

JICAMARCA 02- 08

VERTICAL JUNE 1975

DRIFTS

40

2 1 0 -

3 3

0

-20 -shy

4

-40

-60

m_ 0

08

I

40

I l

12 14 16 Local

I

18 20 Time

I

22 00

(75 0 W)

I

02

1 II

04 0608

Fig 27

800- -Km JICAMARCA PERU DRIFT PROFILE

JUNE 02 975 700 109 LT

600-shy

1500

400 -1 in

300---1

200 IshyI---4

N

100

-60 -40 - -20 0 Ms +20 +40 +60

N0 284

Fig 28

JICAMARCA PERU DRIFT PROFILE

JUNE 05 1975 1210 LT

800

700

-Km

600

500

I

400- - Ln -Fshy

300bull

II200

I I j I

100shy

l It j I I I

-60 -40 -20 0 ms +20 +40 +60

Fig 29

800 Km JICAMARCA PERU DRIFT PROFILE

JUNE 06 1975 700 1230 LT

600

500 -- I-- -

LI

5300 I-I

-4 I

400 3

400

200 shy-4

I it I I -60 -40 -20 0ms +20 +40 +60

Fig - 30

JICAMARCA PERU DRIFT PROFILE 1107 Rocket Launch Time JUNE 07 1975 i1OOLT

800 --Km

Too

600 ----shy

500-

II

400 -

300-

-4shy

4

-4

-4

200 Ishy

ido

bull-60 -40 -20 Oms +20 t40 +60

Fig 31

JICAMARCA PERU DRIFT PROFILE 4145 Rocket Launch Time JUNE 071975

i1AO LT

I I I I I -60 -40 -0 --

Fig 32

800 -- Km

700

600

500

400 bull

300--

I-4

-4w

-II

I

200

100

-

I

I Oms

I +20

I I 40

I I +60

APPENDIX C

ELECTROJETRELATIVE ECHO POWER DENSITY

- S5shy

-56-

FIGURE CAPTIONS

Fig 33 to167 Compositeof relative echo power density vershy

sus frequency deviation for the times (750W)

and dates indicated

I II if I I I I I I 7-

I JICAMARCAJ PERU 1975io 3onod- JUNE 2442e3of (75Ow)

w

10 -40

QWESTQ60 SPECTRUM 49 920 M HiZ

3 EAST

0

o 01 5- 5 7- a

gt _

-450 Ha 0 + 150 He 4- f FROM TRANSMITTED FREQUENCY

Fg2766 ALOnr75

Fig 33

~~~~~ I ~ f I I l l iv~ JICAMARCA PERU1979 JUNE 2

600 SPECTRUM 1 =o4 9 9 2 0WES MHZ10 EAST

Uo 4 0 --

6 o

5

w 08

-150 Ha 0 +150 Hz--- A FROM TRANSMITTED FREQUENCY - ALOIT75

Fig 34

APPENDIX B

VERTICAL DRIFT

-36shy

Fig 16 to 21

Fig 22

Fig 23 to 26

Fig-27

Fig 28 to 32

-37-

FIGURE CAPTIONS

Vertical drift velocities and Spread-F activi

ty for the local times (750W) and dates indishy

cated

Composite of Figs 16 to 21

Vertical drift velocities and Spread-F activi ty forthe local times (750W) and dates indishy

cated

Composite ofFigs-2tor-

Typical drift profiles forthe times (750 W)

and dates indicated as functions of bullheightb

lom0 o0I

80

60

i I I i

19-20 May

I

1975

i I I I i I

JICAMARCA

I L I

VERTICAL

i I

DRIFT

40

ZO)

0 -20shy

c

-40 -60o sp

k

-80--O100-

08 0 12 14 16

Locol

5 443l

18 20 22 0

Time (750 W) 02 04

1 L2U YIIt deg

06 08

Fig 16

I I I I I I I I I I I I IIII I I

80 20- 21 May 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20

20

-20

-60- SpF

-80 1 1

1 3 1 6 1 2 3 2

0810 1 14 16 18 20 22 0 02 04 06 08

Local Time (75degW)

Fig 17

Is 100

21-22 May 1975 60 JICAMARCA VERTICAL DRIFT 60_

40shy

20_

0

-20

-40 UI- II QE

SpF-60 shy

-803 3 r2Ss04100

08i 12 1416 18 20 22 00 02 04 06 08

Local --Time (75 0degW)

Fig 18

S 10 0 I I I I ] I I I I I 1 J

80 22-23 May 1975

60- JICAMARCA VERTICAL DRIFT

40

20

0 -20 _

-40 _

-60 Sp F 6

~83III 13 3 2 2 2 2 1K o

08 10 14 1 18 2022 00 02 04 06 08

-- Local Time (751W)

Fig 19

m 100

80 23-24 May 1975

60 JICAMARCA VERTICAL DRIFT

40

20

0

-20- 0

-40- - 1shy

-60 - - ii F

-80 2a 2 0 0 2 2 -t 0 0 1 1 11 II

0810 12 14 16 48 20 22 00 02 04 06 08

Local Time (750 W)

Fig 20

10o

80

60 40

24-25 May

1975

JICAMARCA VERTICAL DRIFT

0 L)

-20

-40

-60

2 2 1

C

2 2 2 1 0

-100 08 10 12 14 16

Local 18 20 22 Time (751W)

00 02 04 Zf

06 08

Fig 21

Ms 100

80 JICAMARCA VERTICAL DRIFTS

60

40

19 - 24 May975 -20 5

0

-20

-40

-60 -810shy

shy

mioor 08 10 12 14 16

Local 18 20 22

Time (75degW)

00 02 04 06 08

Fig 22

ms 100 0 02-03 June 1975 1

80-

GO JICAMARCA VERTICAL DRIFT

40_

20

0

-20

-40shy

-60

-80 3 22 2o______ ___II_____ O-__o I Ia 22 MTfl)4080 12 14 16 18 20 22 00 02 04 06

Local Time (750 W)

Fig 23

08

0 $ I~lI t i I I I I I I I 1 I I I i t I I IiN 100 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

80- 05-06 June 1975

60- JICAMARCA VERTICAL DRIFT

40shy

20shy

0

-20

-40shy-60 i

3-8o 2I I I shy-40113 i 31 21 L-3 o -100 ____-______-

08 10 12 M 16 18 20 22 00 02 04 0608 Local Time (750 W)

Fig 24

100 I i I I I I I I I I I I I I I I I I I

I80 06-07 June 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20_

0

-20shy

-40shy

-60 shy

-80-3 4 -1 1 1 j ---- 10 0

08 10 12 4 16 18 20 22 00 02 04 06 08

Local Time (75 0 W)

Fig 25

r si( o I I I I I I I I I I I I I I I I I I

80 07-08 June 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20

0 I

-20

-40shy

-80shy-803 2 2 2 0 1

08 10 12 4 46 18 20 22 -00 02 04 06 08

Local Time (75 0 W)

Fig 26

I100

80

60

JICAMARCA 02- 08

VERTICAL JUNE 1975

DRIFTS

40

2 1 0 -

3 3

0

-20 -shy

4

-40

-60

m_ 0

08

I

40

I l

12 14 16 Local

I

18 20 Time

I

22 00

(75 0 W)

I

02

1 II

04 0608

Fig 27

800- -Km JICAMARCA PERU DRIFT PROFILE

JUNE 02 975 700 109 LT

600-shy

1500

400 -1 in

300---1

200 IshyI---4

N

100

-60 -40 - -20 0 Ms +20 +40 +60

N0 284

Fig 28

JICAMARCA PERU DRIFT PROFILE

JUNE 05 1975 1210 LT

800

700

-Km

600

500

I

400- - Ln -Fshy

300bull

II200

I I j I

100shy

l It j I I I

-60 -40 -20 0 ms +20 +40 +60

Fig 29

800 Km JICAMARCA PERU DRIFT PROFILE

JUNE 06 1975 700 1230 LT

600

500 -- I-- -

LI

5300 I-I

-4 I

400 3

400

200 shy-4

I it I I -60 -40 -20 0ms +20 +40 +60

Fig - 30

JICAMARCA PERU DRIFT PROFILE 1107 Rocket Launch Time JUNE 07 1975 i1OOLT

800 --Km

Too

600 ----shy

500-

II

400 -

300-

-4shy

4

-4

-4

200 Ishy

ido

bull-60 -40 -20 Oms +20 t40 +60

Fig 31

JICAMARCA PERU DRIFT PROFILE 4145 Rocket Launch Time JUNE 071975

i1AO LT

I I I I I -60 -40 -0 --

Fig 32

800 -- Km

700

600

500

400 bull

300--

I-4

-4w

-II

I

200

100

-

I

I Oms

I +20

I I 40

I I +60

APPENDIX C

ELECTROJETRELATIVE ECHO POWER DENSITY

- S5shy

-56-

FIGURE CAPTIONS

Fig 33 to167 Compositeof relative echo power density vershy

sus frequency deviation for the times (750W)

and dates indicated

I II if I I I I I I 7-

I JICAMARCAJ PERU 1975io 3onod- JUNE 2442e3of (75Ow)

w

10 -40

QWESTQ60 SPECTRUM 49 920 M HiZ

3 EAST

0

o 01 5- 5 7- a

gt _

-450 Ha 0 + 150 He 4- f FROM TRANSMITTED FREQUENCY

Fg2766 ALOnr75

Fig 33

~~~~~ I ~ f I I l l iv~ JICAMARCA PERU1979 JUNE 2

600 SPECTRUM 1 =o4 9 9 2 0WES MHZ10 EAST

Uo 4 0 --

6 o

5

w 08

-150 Ha 0 +150 Hz--- A FROM TRANSMITTED FREQUENCY - ALOIT75

Fig 34

Fig 16 to 21

Fig 22

Fig 23 to 26

Fig-27

Fig 28 to 32

-37-

FIGURE CAPTIONS

Vertical drift velocities and Spread-F activi

ty for the local times (750W) and dates indishy

cated

Composite of Figs 16 to 21

Vertical drift velocities and Spread-F activi ty forthe local times (750W) and dates indishy

cated

Composite ofFigs-2tor-

Typical drift profiles forthe times (750 W)

and dates indicated as functions of bullheightb

lom0 o0I

80

60

i I I i

19-20 May

I

1975

i I I I i I

JICAMARCA

I L I

VERTICAL

i I

DRIFT

40

ZO)

0 -20shy

c

-40 -60o sp

k

-80--O100-

08 0 12 14 16

Locol

5 443l

18 20 22 0

Time (750 W) 02 04

1 L2U YIIt deg

06 08

Fig 16

I I I I I I I I I I I I IIII I I

80 20- 21 May 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20

20

-20

-60- SpF

-80 1 1

1 3 1 6 1 2 3 2

0810 1 14 16 18 20 22 0 02 04 06 08

Local Time (75degW)

Fig 17

Is 100

21-22 May 1975 60 JICAMARCA VERTICAL DRIFT 60_

40shy

20_

0

-20

-40 UI- II QE

SpF-60 shy

-803 3 r2Ss04100

08i 12 1416 18 20 22 00 02 04 06 08

Local --Time (75 0degW)

Fig 18

S 10 0 I I I I ] I I I I I 1 J

80 22-23 May 1975

60- JICAMARCA VERTICAL DRIFT

40

20

0 -20 _

-40 _

-60 Sp F 6

~83III 13 3 2 2 2 2 1K o

08 10 14 1 18 2022 00 02 04 06 08

-- Local Time (751W)

Fig 19

m 100

80 23-24 May 1975

60 JICAMARCA VERTICAL DRIFT

40

20

0

-20- 0

-40- - 1shy

-60 - - ii F

-80 2a 2 0 0 2 2 -t 0 0 1 1 11 II

0810 12 14 16 48 20 22 00 02 04 06 08

Local Time (750 W)

Fig 20

10o

80

60 40

24-25 May

1975

JICAMARCA VERTICAL DRIFT

0 L)

-20

-40

-60

2 2 1

C

2 2 2 1 0

-100 08 10 12 14 16

Local 18 20 22 Time (751W)

00 02 04 Zf

06 08

Fig 21

Ms 100

80 JICAMARCA VERTICAL DRIFTS

60

40

19 - 24 May975 -20 5

0

-20

-40

-60 -810shy

shy

mioor 08 10 12 14 16

Local 18 20 22

Time (75degW)

00 02 04 06 08

Fig 22

ms 100 0 02-03 June 1975 1

80-

GO JICAMARCA VERTICAL DRIFT

40_

20

0

-20

-40shy

-60

-80 3 22 2o______ ___II_____ O-__o I Ia 22 MTfl)4080 12 14 16 18 20 22 00 02 04 06

Local Time (750 W)

Fig 23

08

0 $ I~lI t i I I I I I I I 1 I I I i t I I IiN 100 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

80- 05-06 June 1975

60- JICAMARCA VERTICAL DRIFT

40shy

20shy

0

-20

-40shy-60 i

3-8o 2I I I shy-40113 i 31 21 L-3 o -100 ____-______-

08 10 12 M 16 18 20 22 00 02 04 0608 Local Time (750 W)

Fig 24

100 I i I I I I I I I I I I I I I I I I I

I80 06-07 June 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20_

0

-20shy

-40shy

-60 shy

-80-3 4 -1 1 1 j ---- 10 0

08 10 12 4 16 18 20 22 00 02 04 06 08

Local Time (75 0 W)

Fig 25

r si( o I I I I I I I I I I I I I I I I I I

80 07-08 June 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20

0 I

-20

-40shy

-80shy-803 2 2 2 0 1

08 10 12 4 46 18 20 22 -00 02 04 06 08

Local Time (75 0 W)

Fig 26

I100

80

60

JICAMARCA 02- 08

VERTICAL JUNE 1975

DRIFTS

40

2 1 0 -

3 3

0

-20 -shy

4

-40

-60

m_ 0

08

I

40

I l

12 14 16 Local

I

18 20 Time

I

22 00

(75 0 W)

I

02

1 II

04 0608

Fig 27

800- -Km JICAMARCA PERU DRIFT PROFILE

JUNE 02 975 700 109 LT

600-shy

1500

400 -1 in

300---1

200 IshyI---4

N

100

-60 -40 - -20 0 Ms +20 +40 +60

N0 284

Fig 28

JICAMARCA PERU DRIFT PROFILE

JUNE 05 1975 1210 LT

800

700

-Km

600

500

I

400- - Ln -Fshy

300bull

II200

I I j I

100shy

l It j I I I

-60 -40 -20 0 ms +20 +40 +60

Fig 29

800 Km JICAMARCA PERU DRIFT PROFILE

JUNE 06 1975 700 1230 LT

600

500 -- I-- -

LI

5300 I-I

-4 I

400 3

400

200 shy-4

I it I I -60 -40 -20 0ms +20 +40 +60

Fig - 30

JICAMARCA PERU DRIFT PROFILE 1107 Rocket Launch Time JUNE 07 1975 i1OOLT

800 --Km

Too

600 ----shy

500-

II

400 -

300-

-4shy

4

-4

-4

200 Ishy

ido

bull-60 -40 -20 Oms +20 t40 +60

Fig 31

JICAMARCA PERU DRIFT PROFILE 4145 Rocket Launch Time JUNE 071975

i1AO LT

I I I I I -60 -40 -0 --

Fig 32

800 -- Km

700

600

500

400 bull

300--

I-4

-4w

-II

I

200

100

-

I

I Oms

I +20

I I 40

I I +60

APPENDIX C

ELECTROJETRELATIVE ECHO POWER DENSITY

- S5shy

-56-

FIGURE CAPTIONS

Fig 33 to167 Compositeof relative echo power density vershy

sus frequency deviation for the times (750W)

and dates indicated

I II if I I I I I I 7-

I JICAMARCAJ PERU 1975io 3onod- JUNE 2442e3of (75Ow)

w

10 -40

QWESTQ60 SPECTRUM 49 920 M HiZ

3 EAST

0

o 01 5- 5 7- a

gt _

-450 Ha 0 + 150 He 4- f FROM TRANSMITTED FREQUENCY

Fg2766 ALOnr75

Fig 33

~~~~~ I ~ f I I l l iv~ JICAMARCA PERU1979 JUNE 2

600 SPECTRUM 1 =o4 9 9 2 0WES MHZ10 EAST

Uo 4 0 --

6 o

5

w 08

-150 Ha 0 +150 Hz--- A FROM TRANSMITTED FREQUENCY - ALOIT75

Fig 34

lom0 o0I

80

60

i I I i

19-20 May

I

1975

i I I I i I

JICAMARCA

I L I

VERTICAL

i I

DRIFT

40

ZO)

0 -20shy

c

-40 -60o sp

k

-80--O100-

08 0 12 14 16

Locol

5 443l

18 20 22 0

Time (750 W) 02 04

1 L2U YIIt deg

06 08

Fig 16

I I I I I I I I I I I I IIII I I

80 20- 21 May 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20

20

-20

-60- SpF

-80 1 1

1 3 1 6 1 2 3 2

0810 1 14 16 18 20 22 0 02 04 06 08

Local Time (75degW)

Fig 17

Is 100

21-22 May 1975 60 JICAMARCA VERTICAL DRIFT 60_

40shy

20_

0

-20

-40 UI- II QE

SpF-60 shy

-803 3 r2Ss04100

08i 12 1416 18 20 22 00 02 04 06 08

Local --Time (75 0degW)

Fig 18

S 10 0 I I I I ] I I I I I 1 J

80 22-23 May 1975

60- JICAMARCA VERTICAL DRIFT

40

20

0 -20 _

-40 _

-60 Sp F 6

~83III 13 3 2 2 2 2 1K o

08 10 14 1 18 2022 00 02 04 06 08

-- Local Time (751W)

Fig 19

m 100

80 23-24 May 1975

60 JICAMARCA VERTICAL DRIFT

40

20

0

-20- 0

-40- - 1shy

-60 - - ii F

-80 2a 2 0 0 2 2 -t 0 0 1 1 11 II

0810 12 14 16 48 20 22 00 02 04 06 08

Local Time (750 W)

Fig 20

10o

80

60 40

24-25 May

1975

JICAMARCA VERTICAL DRIFT

0 L)

-20

-40

-60

2 2 1

C

2 2 2 1 0

-100 08 10 12 14 16

Local 18 20 22 Time (751W)

00 02 04 Zf

06 08

Fig 21

Ms 100

80 JICAMARCA VERTICAL DRIFTS

60

40

19 - 24 May975 -20 5

0

-20

-40

-60 -810shy

shy

mioor 08 10 12 14 16

Local 18 20 22

Time (75degW)

00 02 04 06 08

Fig 22

ms 100 0 02-03 June 1975 1

80-

GO JICAMARCA VERTICAL DRIFT

40_

20

0

-20

-40shy

-60

-80 3 22 2o______ ___II_____ O-__o I Ia 22 MTfl)4080 12 14 16 18 20 22 00 02 04 06

Local Time (750 W)

Fig 23

08

0 $ I~lI t i I I I I I I I 1 I I I i t I I IiN 100 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

80- 05-06 June 1975

60- JICAMARCA VERTICAL DRIFT

40shy

20shy

0

-20

-40shy-60 i

3-8o 2I I I shy-40113 i 31 21 L-3 o -100 ____-______-

08 10 12 M 16 18 20 22 00 02 04 0608 Local Time (750 W)

Fig 24

100 I i I I I I I I I I I I I I I I I I I

I80 06-07 June 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20_

0

-20shy

-40shy

-60 shy

-80-3 4 -1 1 1 j ---- 10 0

08 10 12 4 16 18 20 22 00 02 04 06 08

Local Time (75 0 W)

Fig 25

r si( o I I I I I I I I I I I I I I I I I I

80 07-08 June 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20

0 I

-20

-40shy

-80shy-803 2 2 2 0 1

08 10 12 4 46 18 20 22 -00 02 04 06 08

Local Time (75 0 W)

Fig 26

I100

80

60

JICAMARCA 02- 08

VERTICAL JUNE 1975

DRIFTS

40

2 1 0 -

3 3

0

-20 -shy

4

-40

-60

m_ 0

08

I

40

I l

12 14 16 Local

I

18 20 Time

I

22 00

(75 0 W)

I

02

1 II

04 0608

Fig 27

800- -Km JICAMARCA PERU DRIFT PROFILE

JUNE 02 975 700 109 LT

600-shy

1500

400 -1 in

300---1

200 IshyI---4

N

100

-60 -40 - -20 0 Ms +20 +40 +60

N0 284

Fig 28

JICAMARCA PERU DRIFT PROFILE

JUNE 05 1975 1210 LT

800

700

-Km

600

500

I

400- - Ln -Fshy

300bull

II200

I I j I

100shy

l It j I I I

-60 -40 -20 0 ms +20 +40 +60

Fig 29

800 Km JICAMARCA PERU DRIFT PROFILE

JUNE 06 1975 700 1230 LT

600

500 -- I-- -

LI

5300 I-I

-4 I

400 3

400

200 shy-4

I it I I -60 -40 -20 0ms +20 +40 +60

Fig - 30

JICAMARCA PERU DRIFT PROFILE 1107 Rocket Launch Time JUNE 07 1975 i1OOLT

800 --Km

Too

600 ----shy

500-

II

400 -

300-

-4shy

4

-4

-4

200 Ishy

ido

bull-60 -40 -20 Oms +20 t40 +60

Fig 31

JICAMARCA PERU DRIFT PROFILE 4145 Rocket Launch Time JUNE 071975

i1AO LT

I I I I I -60 -40 -0 --

Fig 32

800 -- Km

700

600

500

400 bull

300--

I-4

-4w

-II

I

200

100

-

I

I Oms

I +20

I I 40

I I +60

APPENDIX C

ELECTROJETRELATIVE ECHO POWER DENSITY

- S5shy

-56-

FIGURE CAPTIONS

Fig 33 to167 Compositeof relative echo power density vershy

sus frequency deviation for the times (750W)

and dates indicated

I II if I I I I I I 7-

I JICAMARCAJ PERU 1975io 3onod- JUNE 2442e3of (75Ow)

w

10 -40

QWESTQ60 SPECTRUM 49 920 M HiZ

3 EAST

0

o 01 5- 5 7- a

gt _

-450 Ha 0 + 150 He 4- f FROM TRANSMITTED FREQUENCY

Fg2766 ALOnr75

Fig 33

~~~~~ I ~ f I I l l iv~ JICAMARCA PERU1979 JUNE 2

600 SPECTRUM 1 =o4 9 9 2 0WES MHZ10 EAST

Uo 4 0 --

6 o

5

w 08

-150 Ha 0 +150 Hz--- A FROM TRANSMITTED FREQUENCY - ALOIT75

Fig 34

I I I I I I I I I I I I IIII I I

80 20- 21 May 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20

20

-20

-60- SpF

-80 1 1

1 3 1 6 1 2 3 2

0810 1 14 16 18 20 22 0 02 04 06 08

Local Time (75degW)

Fig 17

Is 100

21-22 May 1975 60 JICAMARCA VERTICAL DRIFT 60_

40shy

20_

0

-20

-40 UI- II QE

SpF-60 shy

-803 3 r2Ss04100

08i 12 1416 18 20 22 00 02 04 06 08

Local --Time (75 0degW)

Fig 18

S 10 0 I I I I ] I I I I I 1 J

80 22-23 May 1975

60- JICAMARCA VERTICAL DRIFT

40

20

0 -20 _

-40 _

-60 Sp F 6

~83III 13 3 2 2 2 2 1K o

08 10 14 1 18 2022 00 02 04 06 08

-- Local Time (751W)

Fig 19

m 100

80 23-24 May 1975

60 JICAMARCA VERTICAL DRIFT

40

20

0

-20- 0

-40- - 1shy

-60 - - ii F

-80 2a 2 0 0 2 2 -t 0 0 1 1 11 II

0810 12 14 16 48 20 22 00 02 04 06 08

Local Time (750 W)

Fig 20

10o

80

60 40

24-25 May

1975

JICAMARCA VERTICAL DRIFT

0 L)

-20

-40

-60

2 2 1

C

2 2 2 1 0

-100 08 10 12 14 16

Local 18 20 22 Time (751W)

00 02 04 Zf

06 08

Fig 21

Ms 100

80 JICAMARCA VERTICAL DRIFTS

60

40

19 - 24 May975 -20 5

0

-20

-40

-60 -810shy

shy

mioor 08 10 12 14 16

Local 18 20 22

Time (75degW)

00 02 04 06 08

Fig 22

ms 100 0 02-03 June 1975 1

80-

GO JICAMARCA VERTICAL DRIFT

40_

20

0

-20

-40shy

-60

-80 3 22 2o______ ___II_____ O-__o I Ia 22 MTfl)4080 12 14 16 18 20 22 00 02 04 06

Local Time (750 W)

Fig 23

08

0 $ I~lI t i I I I I I I I 1 I I I i t I I IiN 100 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

80- 05-06 June 1975

60- JICAMARCA VERTICAL DRIFT

40shy

20shy

0

-20

-40shy-60 i

3-8o 2I I I shy-40113 i 31 21 L-3 o -100 ____-______-

08 10 12 M 16 18 20 22 00 02 04 0608 Local Time (750 W)

Fig 24

100 I i I I I I I I I I I I I I I I I I I

I80 06-07 June 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20_

0

-20shy

-40shy

-60 shy

-80-3 4 -1 1 1 j ---- 10 0

08 10 12 4 16 18 20 22 00 02 04 06 08

Local Time (75 0 W)

Fig 25

r si( o I I I I I I I I I I I I I I I I I I

80 07-08 June 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20

0 I

-20

-40shy

-80shy-803 2 2 2 0 1

08 10 12 4 46 18 20 22 -00 02 04 06 08

Local Time (75 0 W)

Fig 26

I100

80

60

JICAMARCA 02- 08

VERTICAL JUNE 1975

DRIFTS

40

2 1 0 -

3 3

0

-20 -shy

4

-40

-60

m_ 0

08

I

40

I l

12 14 16 Local

I

18 20 Time

I

22 00

(75 0 W)

I

02

1 II

04 0608

Fig 27

800- -Km JICAMARCA PERU DRIFT PROFILE

JUNE 02 975 700 109 LT

600-shy

1500

400 -1 in

300---1

200 IshyI---4

N

100

-60 -40 - -20 0 Ms +20 +40 +60

N0 284

Fig 28

JICAMARCA PERU DRIFT PROFILE

JUNE 05 1975 1210 LT

800

700

-Km

600

500

I

400- - Ln -Fshy

300bull

II200

I I j I

100shy

l It j I I I

-60 -40 -20 0 ms +20 +40 +60

Fig 29

800 Km JICAMARCA PERU DRIFT PROFILE

JUNE 06 1975 700 1230 LT

600

500 -- I-- -

LI

5300 I-I

-4 I

400 3

400

200 shy-4

I it I I -60 -40 -20 0ms +20 +40 +60

Fig - 30

JICAMARCA PERU DRIFT PROFILE 1107 Rocket Launch Time JUNE 07 1975 i1OOLT

800 --Km

Too

600 ----shy

500-

II

400 -

300-

-4shy

4

-4

-4

200 Ishy

ido

bull-60 -40 -20 Oms +20 t40 +60

Fig 31

JICAMARCA PERU DRIFT PROFILE 4145 Rocket Launch Time JUNE 071975

i1AO LT

I I I I I -60 -40 -0 --

Fig 32

800 -- Km

700

600

500

400 bull

300--

I-4

-4w

-II

I

200

100

-

I

I Oms

I +20

I I 40

I I +60

APPENDIX C

ELECTROJETRELATIVE ECHO POWER DENSITY

- S5shy

-56-

FIGURE CAPTIONS

Fig 33 to167 Compositeof relative echo power density vershy

sus frequency deviation for the times (750W)

and dates indicated

I II if I I I I I I 7-

I JICAMARCAJ PERU 1975io 3onod- JUNE 2442e3of (75Ow)

w

10 -40

QWESTQ60 SPECTRUM 49 920 M HiZ

3 EAST

0

o 01 5- 5 7- a

gt _

-450 Ha 0 + 150 He 4- f FROM TRANSMITTED FREQUENCY

Fg2766 ALOnr75

Fig 33

~~~~~ I ~ f I I l l iv~ JICAMARCA PERU1979 JUNE 2

600 SPECTRUM 1 =o4 9 9 2 0WES MHZ10 EAST

Uo 4 0 --

6 o

5

w 08

-150 Ha 0 +150 Hz--- A FROM TRANSMITTED FREQUENCY - ALOIT75

Fig 34

Is 100

21-22 May 1975 60 JICAMARCA VERTICAL DRIFT 60_

40shy

20_

0

-20

-40 UI- II QE

SpF-60 shy

-803 3 r2Ss04100

08i 12 1416 18 20 22 00 02 04 06 08

Local --Time (75 0degW)

Fig 18

S 10 0 I I I I ] I I I I I 1 J

80 22-23 May 1975

60- JICAMARCA VERTICAL DRIFT

40

20

0 -20 _

-40 _

-60 Sp F 6

~83III 13 3 2 2 2 2 1K o

08 10 14 1 18 2022 00 02 04 06 08

-- Local Time (751W)

Fig 19

m 100

80 23-24 May 1975

60 JICAMARCA VERTICAL DRIFT

40

20

0

-20- 0

-40- - 1shy

-60 - - ii F

-80 2a 2 0 0 2 2 -t 0 0 1 1 11 II

0810 12 14 16 48 20 22 00 02 04 06 08

Local Time (750 W)

Fig 20

10o

80

60 40

24-25 May

1975

JICAMARCA VERTICAL DRIFT

0 L)

-20

-40

-60

2 2 1

C

2 2 2 1 0

-100 08 10 12 14 16

Local 18 20 22 Time (751W)

00 02 04 Zf

06 08

Fig 21

Ms 100

80 JICAMARCA VERTICAL DRIFTS

60

40

19 - 24 May975 -20 5

0

-20

-40

-60 -810shy

shy

mioor 08 10 12 14 16

Local 18 20 22

Time (75degW)

00 02 04 06 08

Fig 22

ms 100 0 02-03 June 1975 1

80-

GO JICAMARCA VERTICAL DRIFT

40_

20

0

-20

-40shy

-60

-80 3 22 2o______ ___II_____ O-__o I Ia 22 MTfl)4080 12 14 16 18 20 22 00 02 04 06

Local Time (750 W)

Fig 23

08

0 $ I~lI t i I I I I I I I 1 I I I i t I I IiN 100 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

80- 05-06 June 1975

60- JICAMARCA VERTICAL DRIFT

40shy

20shy

0

-20

-40shy-60 i

3-8o 2I I I shy-40113 i 31 21 L-3 o -100 ____-______-

08 10 12 M 16 18 20 22 00 02 04 0608 Local Time (750 W)

Fig 24

100 I i I I I I I I I I I I I I I I I I I

I80 06-07 June 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20_

0

-20shy

-40shy

-60 shy

-80-3 4 -1 1 1 j ---- 10 0

08 10 12 4 16 18 20 22 00 02 04 06 08

Local Time (75 0 W)

Fig 25

r si( o I I I I I I I I I I I I I I I I I I

80 07-08 June 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20

0 I

-20

-40shy

-80shy-803 2 2 2 0 1

08 10 12 4 46 18 20 22 -00 02 04 06 08

Local Time (75 0 W)

Fig 26

I100

80

60

JICAMARCA 02- 08

VERTICAL JUNE 1975

DRIFTS

40

2 1 0 -

3 3

0

-20 -shy

4

-40

-60

m_ 0

08

I

40

I l

12 14 16 Local

I

18 20 Time

I

22 00

(75 0 W)

I

02

1 II

04 0608

Fig 27

800- -Km JICAMARCA PERU DRIFT PROFILE

JUNE 02 975 700 109 LT

600-shy

1500

400 -1 in

300---1

200 IshyI---4

N

100

-60 -40 - -20 0 Ms +20 +40 +60

N0 284

Fig 28

JICAMARCA PERU DRIFT PROFILE

JUNE 05 1975 1210 LT

800

700

-Km

600

500

I

400- - Ln -Fshy

300bull

II200

I I j I

100shy

l It j I I I

-60 -40 -20 0 ms +20 +40 +60

Fig 29

800 Km JICAMARCA PERU DRIFT PROFILE

JUNE 06 1975 700 1230 LT

600

500 -- I-- -

LI

5300 I-I

-4 I

400 3

400

200 shy-4

I it I I -60 -40 -20 0ms +20 +40 +60

Fig - 30

JICAMARCA PERU DRIFT PROFILE 1107 Rocket Launch Time JUNE 07 1975 i1OOLT

800 --Km

Too

600 ----shy

500-

II

400 -

300-

-4shy

4

-4

-4

200 Ishy

ido

bull-60 -40 -20 Oms +20 t40 +60

Fig 31

JICAMARCA PERU DRIFT PROFILE 4145 Rocket Launch Time JUNE 071975

i1AO LT

I I I I I -60 -40 -0 --

Fig 32

800 -- Km

700

600

500

400 bull

300--

I-4

-4w

-II

I

200

100

-

I

I Oms

I +20

I I 40

I I +60

APPENDIX C

ELECTROJETRELATIVE ECHO POWER DENSITY

- S5shy

-56-

FIGURE CAPTIONS

Fig 33 to167 Compositeof relative echo power density vershy

sus frequency deviation for the times (750W)

and dates indicated

I II if I I I I I I 7-

I JICAMARCAJ PERU 1975io 3onod- JUNE 2442e3of (75Ow)

w

10 -40

QWESTQ60 SPECTRUM 49 920 M HiZ

3 EAST

0

o 01 5- 5 7- a

gt _

-450 Ha 0 + 150 He 4- f FROM TRANSMITTED FREQUENCY

Fg2766 ALOnr75

Fig 33

~~~~~ I ~ f I I l l iv~ JICAMARCA PERU1979 JUNE 2

600 SPECTRUM 1 =o4 9 9 2 0WES MHZ10 EAST

Uo 4 0 --

6 o

5

w 08

-150 Ha 0 +150 Hz--- A FROM TRANSMITTED FREQUENCY - ALOIT75

Fig 34

S 10 0 I I I I ] I I I I I 1 J

80 22-23 May 1975

60- JICAMARCA VERTICAL DRIFT

40

20

0 -20 _

-40 _

-60 Sp F 6

~83III 13 3 2 2 2 2 1K o

08 10 14 1 18 2022 00 02 04 06 08

-- Local Time (751W)

Fig 19

m 100

80 23-24 May 1975

60 JICAMARCA VERTICAL DRIFT

40

20

0

-20- 0

-40- - 1shy

-60 - - ii F

-80 2a 2 0 0 2 2 -t 0 0 1 1 11 II

0810 12 14 16 48 20 22 00 02 04 06 08

Local Time (750 W)

Fig 20

10o

80

60 40

24-25 May

1975

JICAMARCA VERTICAL DRIFT

0 L)

-20

-40

-60

2 2 1

C

2 2 2 1 0

-100 08 10 12 14 16

Local 18 20 22 Time (751W)

00 02 04 Zf

06 08

Fig 21

Ms 100

80 JICAMARCA VERTICAL DRIFTS

60

40

19 - 24 May975 -20 5

0

-20

-40

-60 -810shy

shy

mioor 08 10 12 14 16

Local 18 20 22

Time (75degW)

00 02 04 06 08

Fig 22

ms 100 0 02-03 June 1975 1

80-

GO JICAMARCA VERTICAL DRIFT

40_

20

0

-20

-40shy

-60

-80 3 22 2o______ ___II_____ O-__o I Ia 22 MTfl)4080 12 14 16 18 20 22 00 02 04 06

Local Time (750 W)

Fig 23

08

0 $ I~lI t i I I I I I I I 1 I I I i t I I IiN 100 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

80- 05-06 June 1975

60- JICAMARCA VERTICAL DRIFT

40shy

20shy

0

-20

-40shy-60 i

3-8o 2I I I shy-40113 i 31 21 L-3 o -100 ____-______-

08 10 12 M 16 18 20 22 00 02 04 0608 Local Time (750 W)

Fig 24

100 I i I I I I I I I I I I I I I I I I I

I80 06-07 June 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20_

0

-20shy

-40shy

-60 shy

-80-3 4 -1 1 1 j ---- 10 0

08 10 12 4 16 18 20 22 00 02 04 06 08

Local Time (75 0 W)

Fig 25

r si( o I I I I I I I I I I I I I I I I I I

80 07-08 June 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20

0 I

-20

-40shy

-80shy-803 2 2 2 0 1

08 10 12 4 46 18 20 22 -00 02 04 06 08

Local Time (75 0 W)

Fig 26

I100

80

60

JICAMARCA 02- 08

VERTICAL JUNE 1975

DRIFTS

40

2 1 0 -

3 3

0

-20 -shy

4

-40

-60

m_ 0

08

I

40

I l

12 14 16 Local

I

18 20 Time

I

22 00

(75 0 W)

I

02

1 II

04 0608

Fig 27

800- -Km JICAMARCA PERU DRIFT PROFILE

JUNE 02 975 700 109 LT

600-shy

1500

400 -1 in

300---1

200 IshyI---4

N

100

-60 -40 - -20 0 Ms +20 +40 +60

N0 284

Fig 28

JICAMARCA PERU DRIFT PROFILE

JUNE 05 1975 1210 LT

800

700

-Km

600

500

I

400- - Ln -Fshy

300bull

II200

I I j I

100shy

l It j I I I

-60 -40 -20 0 ms +20 +40 +60

Fig 29

800 Km JICAMARCA PERU DRIFT PROFILE

JUNE 06 1975 700 1230 LT

600

500 -- I-- -

LI

5300 I-I

-4 I

400 3

400

200 shy-4

I it I I -60 -40 -20 0ms +20 +40 +60

Fig - 30

JICAMARCA PERU DRIFT PROFILE 1107 Rocket Launch Time JUNE 07 1975 i1OOLT

800 --Km

Too

600 ----shy

500-

II

400 -

300-

-4shy

4

-4

-4

200 Ishy

ido

bull-60 -40 -20 Oms +20 t40 +60

Fig 31

JICAMARCA PERU DRIFT PROFILE 4145 Rocket Launch Time JUNE 071975

i1AO LT

I I I I I -60 -40 -0 --

Fig 32

800 -- Km

700

600

500

400 bull

300--

I-4

-4w

-II

I

200

100

-

I

I Oms

I +20

I I 40

I I +60

APPENDIX C

ELECTROJETRELATIVE ECHO POWER DENSITY

- S5shy

-56-

FIGURE CAPTIONS

Fig 33 to167 Compositeof relative echo power density vershy

sus frequency deviation for the times (750W)

and dates indicated

I II if I I I I I I 7-

I JICAMARCAJ PERU 1975io 3onod- JUNE 2442e3of (75Ow)

w

10 -40

QWESTQ60 SPECTRUM 49 920 M HiZ

3 EAST

0

o 01 5- 5 7- a

gt _

-450 Ha 0 + 150 He 4- f FROM TRANSMITTED FREQUENCY

Fg2766 ALOnr75

Fig 33

~~~~~ I ~ f I I l l iv~ JICAMARCA PERU1979 JUNE 2

600 SPECTRUM 1 =o4 9 9 2 0WES MHZ10 EAST

Uo 4 0 --

6 o

5

w 08

-150 Ha 0 +150 Hz--- A FROM TRANSMITTED FREQUENCY - ALOIT75

Fig 34

m 100

80 23-24 May 1975

60 JICAMARCA VERTICAL DRIFT

40

20

0

-20- 0

-40- - 1shy

-60 - - ii F

-80 2a 2 0 0 2 2 -t 0 0 1 1 11 II

0810 12 14 16 48 20 22 00 02 04 06 08

Local Time (750 W)

Fig 20

10o

80

60 40

24-25 May

1975

JICAMARCA VERTICAL DRIFT

0 L)

-20

-40

-60

2 2 1

C

2 2 2 1 0

-100 08 10 12 14 16

Local 18 20 22 Time (751W)

00 02 04 Zf

06 08

Fig 21

Ms 100

80 JICAMARCA VERTICAL DRIFTS

60

40

19 - 24 May975 -20 5

0

-20

-40

-60 -810shy

shy

mioor 08 10 12 14 16

Local 18 20 22

Time (75degW)

00 02 04 06 08

Fig 22

ms 100 0 02-03 June 1975 1

80-

GO JICAMARCA VERTICAL DRIFT

40_

20

0

-20

-40shy

-60

-80 3 22 2o______ ___II_____ O-__o I Ia 22 MTfl)4080 12 14 16 18 20 22 00 02 04 06

Local Time (750 W)

Fig 23

08

0 $ I~lI t i I I I I I I I 1 I I I i t I I IiN 100 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

80- 05-06 June 1975

60- JICAMARCA VERTICAL DRIFT

40shy

20shy

0

-20

-40shy-60 i

3-8o 2I I I shy-40113 i 31 21 L-3 o -100 ____-______-

08 10 12 M 16 18 20 22 00 02 04 0608 Local Time (750 W)

Fig 24

100 I i I I I I I I I I I I I I I I I I I

I80 06-07 June 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20_

0

-20shy

-40shy

-60 shy

-80-3 4 -1 1 1 j ---- 10 0

08 10 12 4 16 18 20 22 00 02 04 06 08

Local Time (75 0 W)

Fig 25

r si( o I I I I I I I I I I I I I I I I I I

80 07-08 June 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20

0 I

-20

-40shy

-80shy-803 2 2 2 0 1

08 10 12 4 46 18 20 22 -00 02 04 06 08

Local Time (75 0 W)

Fig 26

I100

80

60

JICAMARCA 02- 08

VERTICAL JUNE 1975

DRIFTS

40

2 1 0 -

3 3

0

-20 -shy

4

-40

-60

m_ 0

08

I

40

I l

12 14 16 Local

I

18 20 Time

I

22 00

(75 0 W)

I

02

1 II

04 0608

Fig 27

800- -Km JICAMARCA PERU DRIFT PROFILE

JUNE 02 975 700 109 LT

600-shy

1500

400 -1 in

300---1

200 IshyI---4

N

100

-60 -40 - -20 0 Ms +20 +40 +60

N0 284

Fig 28

JICAMARCA PERU DRIFT PROFILE

JUNE 05 1975 1210 LT

800

700

-Km

600

500

I

400- - Ln -Fshy

300bull

II200

I I j I

100shy

l It j I I I

-60 -40 -20 0 ms +20 +40 +60

Fig 29

800 Km JICAMARCA PERU DRIFT PROFILE

JUNE 06 1975 700 1230 LT

600

500 -- I-- -

LI

5300 I-I

-4 I

400 3

400

200 shy-4

I it I I -60 -40 -20 0ms +20 +40 +60

Fig - 30

JICAMARCA PERU DRIFT PROFILE 1107 Rocket Launch Time JUNE 07 1975 i1OOLT

800 --Km

Too

600 ----shy

500-

II

400 -

300-

-4shy

4

-4

-4

200 Ishy

ido

bull-60 -40 -20 Oms +20 t40 +60

Fig 31

JICAMARCA PERU DRIFT PROFILE 4145 Rocket Launch Time JUNE 071975

i1AO LT

I I I I I -60 -40 -0 --

Fig 32

800 -- Km

700

600

500

400 bull

300--

I-4

-4w

-II

I

200

100

-

I

I Oms

I +20

I I 40

I I +60

APPENDIX C

ELECTROJETRELATIVE ECHO POWER DENSITY

- S5shy

-56-

FIGURE CAPTIONS

Fig 33 to167 Compositeof relative echo power density vershy

sus frequency deviation for the times (750W)

and dates indicated

I II if I I I I I I 7-

I JICAMARCAJ PERU 1975io 3onod- JUNE 2442e3of (75Ow)

w

10 -40

QWESTQ60 SPECTRUM 49 920 M HiZ

3 EAST

0

o 01 5- 5 7- a

gt _

-450 Ha 0 + 150 He 4- f FROM TRANSMITTED FREQUENCY

Fg2766 ALOnr75

Fig 33

~~~~~ I ~ f I I l l iv~ JICAMARCA PERU1979 JUNE 2

600 SPECTRUM 1 =o4 9 9 2 0WES MHZ10 EAST

Uo 4 0 --

6 o

5

w 08

-150 Ha 0 +150 Hz--- A FROM TRANSMITTED FREQUENCY - ALOIT75

Fig 34

10o

80

60 40

24-25 May

1975

JICAMARCA VERTICAL DRIFT

0 L)

-20

-40

-60

2 2 1

C

2 2 2 1 0

-100 08 10 12 14 16

Local 18 20 22 Time (751W)

00 02 04 Zf

06 08

Fig 21

Ms 100

80 JICAMARCA VERTICAL DRIFTS

60

40

19 - 24 May975 -20 5

0

-20

-40

-60 -810shy

shy

mioor 08 10 12 14 16

Local 18 20 22

Time (75degW)

00 02 04 06 08

Fig 22

ms 100 0 02-03 June 1975 1

80-

GO JICAMARCA VERTICAL DRIFT

40_

20

0

-20

-40shy

-60

-80 3 22 2o______ ___II_____ O-__o I Ia 22 MTfl)4080 12 14 16 18 20 22 00 02 04 06

Local Time (750 W)

Fig 23

08

0 $ I~lI t i I I I I I I I 1 I I I i t I I IiN 100 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

80- 05-06 June 1975

60- JICAMARCA VERTICAL DRIFT

40shy

20shy

0

-20

-40shy-60 i

3-8o 2I I I shy-40113 i 31 21 L-3 o -100 ____-______-

08 10 12 M 16 18 20 22 00 02 04 0608 Local Time (750 W)

Fig 24

100 I i I I I I I I I I I I I I I I I I I

I80 06-07 June 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20_

0

-20shy

-40shy

-60 shy

-80-3 4 -1 1 1 j ---- 10 0

08 10 12 4 16 18 20 22 00 02 04 06 08

Local Time (75 0 W)

Fig 25

r si( o I I I I I I I I I I I I I I I I I I

80 07-08 June 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20

0 I

-20

-40shy

-80shy-803 2 2 2 0 1

08 10 12 4 46 18 20 22 -00 02 04 06 08

Local Time (75 0 W)

Fig 26

I100

80

60

JICAMARCA 02- 08

VERTICAL JUNE 1975

DRIFTS

40

2 1 0 -

3 3

0

-20 -shy

4

-40

-60

m_ 0

08

I

40

I l

12 14 16 Local

I

18 20 Time

I

22 00

(75 0 W)

I

02

1 II

04 0608

Fig 27

800- -Km JICAMARCA PERU DRIFT PROFILE

JUNE 02 975 700 109 LT

600-shy

1500

400 -1 in

300---1

200 IshyI---4

N

100

-60 -40 - -20 0 Ms +20 +40 +60

N0 284

Fig 28

JICAMARCA PERU DRIFT PROFILE

JUNE 05 1975 1210 LT

800

700

-Km

600

500

I

400- - Ln -Fshy

300bull

II200

I I j I

100shy

l It j I I I

-60 -40 -20 0 ms +20 +40 +60

Fig 29

800 Km JICAMARCA PERU DRIFT PROFILE

JUNE 06 1975 700 1230 LT

600

500 -- I-- -

LI

5300 I-I

-4 I

400 3

400

200 shy-4

I it I I -60 -40 -20 0ms +20 +40 +60

Fig - 30

JICAMARCA PERU DRIFT PROFILE 1107 Rocket Launch Time JUNE 07 1975 i1OOLT

800 --Km

Too

600 ----shy

500-

II

400 -

300-

-4shy

4

-4

-4

200 Ishy

ido

bull-60 -40 -20 Oms +20 t40 +60

Fig 31

JICAMARCA PERU DRIFT PROFILE 4145 Rocket Launch Time JUNE 071975

i1AO LT

I I I I I -60 -40 -0 --

Fig 32

800 -- Km

700

600

500

400 bull

300--

I-4

-4w

-II

I

200

100

-

I

I Oms

I +20

I I 40

I I +60

APPENDIX C

ELECTROJETRELATIVE ECHO POWER DENSITY

- S5shy

-56-

FIGURE CAPTIONS

Fig 33 to167 Compositeof relative echo power density vershy

sus frequency deviation for the times (750W)

and dates indicated

I II if I I I I I I 7-

I JICAMARCAJ PERU 1975io 3onod- JUNE 2442e3of (75Ow)

w

10 -40

QWESTQ60 SPECTRUM 49 920 M HiZ

3 EAST

0

o 01 5- 5 7- a

gt _

-450 Ha 0 + 150 He 4- f FROM TRANSMITTED FREQUENCY

Fg2766 ALOnr75

Fig 33

~~~~~ I ~ f I I l l iv~ JICAMARCA PERU1979 JUNE 2

600 SPECTRUM 1 =o4 9 9 2 0WES MHZ10 EAST

Uo 4 0 --

6 o

5

w 08

-150 Ha 0 +150 Hz--- A FROM TRANSMITTED FREQUENCY - ALOIT75

Fig 34

Ms 100

80 JICAMARCA VERTICAL DRIFTS

60

40

19 - 24 May975 -20 5

0

-20

-40

-60 -810shy

shy

mioor 08 10 12 14 16

Local 18 20 22

Time (75degW)

00 02 04 06 08

Fig 22

ms 100 0 02-03 June 1975 1

80-

GO JICAMARCA VERTICAL DRIFT

40_

20

0

-20

-40shy

-60

-80 3 22 2o______ ___II_____ O-__o I Ia 22 MTfl)4080 12 14 16 18 20 22 00 02 04 06

Local Time (750 W)

Fig 23

08

0 $ I~lI t i I I I I I I I 1 I I I i t I I IiN 100 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

80- 05-06 June 1975

60- JICAMARCA VERTICAL DRIFT

40shy

20shy

0

-20

-40shy-60 i

3-8o 2I I I shy-40113 i 31 21 L-3 o -100 ____-______-

08 10 12 M 16 18 20 22 00 02 04 0608 Local Time (750 W)

Fig 24

100 I i I I I I I I I I I I I I I I I I I

I80 06-07 June 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20_

0

-20shy

-40shy

-60 shy

-80-3 4 -1 1 1 j ---- 10 0

08 10 12 4 16 18 20 22 00 02 04 06 08

Local Time (75 0 W)

Fig 25

r si( o I I I I I I I I I I I I I I I I I I

80 07-08 June 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20

0 I

-20

-40shy

-80shy-803 2 2 2 0 1

08 10 12 4 46 18 20 22 -00 02 04 06 08

Local Time (75 0 W)

Fig 26

I100

80

60

JICAMARCA 02- 08

VERTICAL JUNE 1975

DRIFTS

40

2 1 0 -

3 3

0

-20 -shy

4

-40

-60

m_ 0

08

I

40

I l

12 14 16 Local

I

18 20 Time

I

22 00

(75 0 W)

I

02

1 II

04 0608

Fig 27

800- -Km JICAMARCA PERU DRIFT PROFILE

JUNE 02 975 700 109 LT

600-shy

1500

400 -1 in

300---1

200 IshyI---4

N

100

-60 -40 - -20 0 Ms +20 +40 +60

N0 284

Fig 28

JICAMARCA PERU DRIFT PROFILE

JUNE 05 1975 1210 LT

800

700

-Km

600

500

I

400- - Ln -Fshy

300bull

II200

I I j I

100shy

l It j I I I

-60 -40 -20 0 ms +20 +40 +60

Fig 29

800 Km JICAMARCA PERU DRIFT PROFILE

JUNE 06 1975 700 1230 LT

600

500 -- I-- -

LI

5300 I-I

-4 I

400 3

400

200 shy-4

I it I I -60 -40 -20 0ms +20 +40 +60

Fig - 30

JICAMARCA PERU DRIFT PROFILE 1107 Rocket Launch Time JUNE 07 1975 i1OOLT

800 --Km

Too

600 ----shy

500-

II

400 -

300-

-4shy

4

-4

-4

200 Ishy

ido

bull-60 -40 -20 Oms +20 t40 +60

Fig 31

JICAMARCA PERU DRIFT PROFILE 4145 Rocket Launch Time JUNE 071975

i1AO LT

I I I I I -60 -40 -0 --

Fig 32

800 -- Km

700

600

500

400 bull

300--

I-4

-4w

-II

I

200

100

-

I

I Oms

I +20

I I 40

I I +60

APPENDIX C

ELECTROJETRELATIVE ECHO POWER DENSITY

- S5shy

-56-

FIGURE CAPTIONS

Fig 33 to167 Compositeof relative echo power density vershy

sus frequency deviation for the times (750W)

and dates indicated

I II if I I I I I I 7-

I JICAMARCAJ PERU 1975io 3onod- JUNE 2442e3of (75Ow)

w

10 -40

QWESTQ60 SPECTRUM 49 920 M HiZ

3 EAST

0

o 01 5- 5 7- a

gt _

-450 Ha 0 + 150 He 4- f FROM TRANSMITTED FREQUENCY

Fg2766 ALOnr75

Fig 33

~~~~~ I ~ f I I l l iv~ JICAMARCA PERU1979 JUNE 2

600 SPECTRUM 1 =o4 9 9 2 0WES MHZ10 EAST

Uo 4 0 --

6 o

5

w 08

-150 Ha 0 +150 Hz--- A FROM TRANSMITTED FREQUENCY - ALOIT75

Fig 34

ms 100 0 02-03 June 1975 1

80-

GO JICAMARCA VERTICAL DRIFT

40_

20

0

-20

-40shy

-60

-80 3 22 2o______ ___II_____ O-__o I Ia 22 MTfl)4080 12 14 16 18 20 22 00 02 04 06

Local Time (750 W)

Fig 23

08

0 $ I~lI t i I I I I I I I 1 I I I i t I I IiN 100 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

80- 05-06 June 1975

60- JICAMARCA VERTICAL DRIFT

40shy

20shy

0

-20

-40shy-60 i

3-8o 2I I I shy-40113 i 31 21 L-3 o -100 ____-______-

08 10 12 M 16 18 20 22 00 02 04 0608 Local Time (750 W)

Fig 24

100 I i I I I I I I I I I I I I I I I I I

I80 06-07 June 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20_

0

-20shy

-40shy

-60 shy

-80-3 4 -1 1 1 j ---- 10 0

08 10 12 4 16 18 20 22 00 02 04 06 08

Local Time (75 0 W)

Fig 25

r si( o I I I I I I I I I I I I I I I I I I

80 07-08 June 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20

0 I

-20

-40shy

-80shy-803 2 2 2 0 1

08 10 12 4 46 18 20 22 -00 02 04 06 08

Local Time (75 0 W)

Fig 26

I100

80

60

JICAMARCA 02- 08

VERTICAL JUNE 1975

DRIFTS

40

2 1 0 -

3 3

0

-20 -shy

4

-40

-60

m_ 0

08

I

40

I l

12 14 16 Local

I

18 20 Time

I

22 00

(75 0 W)

I

02

1 II

04 0608

Fig 27

800- -Km JICAMARCA PERU DRIFT PROFILE

JUNE 02 975 700 109 LT

600-shy

1500

400 -1 in

300---1

200 IshyI---4

N

100

-60 -40 - -20 0 Ms +20 +40 +60

N0 284

Fig 28

JICAMARCA PERU DRIFT PROFILE

JUNE 05 1975 1210 LT

800

700

-Km

600

500

I

400- - Ln -Fshy

300bull

II200

I I j I

100shy

l It j I I I

-60 -40 -20 0 ms +20 +40 +60

Fig 29

800 Km JICAMARCA PERU DRIFT PROFILE

JUNE 06 1975 700 1230 LT

600

500 -- I-- -

LI

5300 I-I

-4 I

400 3

400

200 shy-4

I it I I -60 -40 -20 0ms +20 +40 +60

Fig - 30

JICAMARCA PERU DRIFT PROFILE 1107 Rocket Launch Time JUNE 07 1975 i1OOLT

800 --Km

Too

600 ----shy

500-

II

400 -

300-

-4shy

4

-4

-4

200 Ishy

ido

bull-60 -40 -20 Oms +20 t40 +60

Fig 31

JICAMARCA PERU DRIFT PROFILE 4145 Rocket Launch Time JUNE 071975

i1AO LT

I I I I I -60 -40 -0 --

Fig 32

800 -- Km

700

600

500

400 bull

300--

I-4

-4w

-II

I

200

100

-

I

I Oms

I +20

I I 40

I I +60

APPENDIX C

ELECTROJETRELATIVE ECHO POWER DENSITY

- S5shy

-56-

FIGURE CAPTIONS

Fig 33 to167 Compositeof relative echo power density vershy

sus frequency deviation for the times (750W)

and dates indicated

I II if I I I I I I 7-

I JICAMARCAJ PERU 1975io 3onod- JUNE 2442e3of (75Ow)

w

10 -40

QWESTQ60 SPECTRUM 49 920 M HiZ

3 EAST

0

o 01 5- 5 7- a

gt _

-450 Ha 0 + 150 He 4- f FROM TRANSMITTED FREQUENCY

Fg2766 ALOnr75

Fig 33

~~~~~ I ~ f I I l l iv~ JICAMARCA PERU1979 JUNE 2

600 SPECTRUM 1 =o4 9 9 2 0WES MHZ10 EAST

Uo 4 0 --

6 o

5

w 08

-150 Ha 0 +150 Hz--- A FROM TRANSMITTED FREQUENCY - ALOIT75

Fig 34

0 $ I~lI t i I I I I I I I 1 I I I i t I I IiN 100 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

80- 05-06 June 1975

60- JICAMARCA VERTICAL DRIFT

40shy

20shy

0

-20

-40shy-60 i

3-8o 2I I I shy-40113 i 31 21 L-3 o -100 ____-______-

08 10 12 M 16 18 20 22 00 02 04 0608 Local Time (750 W)

Fig 24

100 I i I I I I I I I I I I I I I I I I I

I80 06-07 June 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20_

0

-20shy

-40shy

-60 shy

-80-3 4 -1 1 1 j ---- 10 0

08 10 12 4 16 18 20 22 00 02 04 06 08

Local Time (75 0 W)

Fig 25

r si( o I I I I I I I I I I I I I I I I I I

80 07-08 June 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20

0 I

-20

-40shy

-80shy-803 2 2 2 0 1

08 10 12 4 46 18 20 22 -00 02 04 06 08

Local Time (75 0 W)

Fig 26

I100

80

60

JICAMARCA 02- 08

VERTICAL JUNE 1975

DRIFTS

40

2 1 0 -

3 3

0

-20 -shy

4

-40

-60

m_ 0

08

I

40

I l

12 14 16 Local

I

18 20 Time

I

22 00

(75 0 W)

I

02

1 II

04 0608

Fig 27

800- -Km JICAMARCA PERU DRIFT PROFILE

JUNE 02 975 700 109 LT

600-shy

1500

400 -1 in

300---1

200 IshyI---4

N

100

-60 -40 - -20 0 Ms +20 +40 +60

N0 284

Fig 28

JICAMARCA PERU DRIFT PROFILE

JUNE 05 1975 1210 LT

800

700

-Km

600

500

I

400- - Ln -Fshy

300bull

II200

I I j I

100shy

l It j I I I

-60 -40 -20 0 ms +20 +40 +60

Fig 29

800 Km JICAMARCA PERU DRIFT PROFILE

JUNE 06 1975 700 1230 LT

600

500 -- I-- -

LI

5300 I-I

-4 I

400 3

400

200 shy-4

I it I I -60 -40 -20 0ms +20 +40 +60

Fig - 30

JICAMARCA PERU DRIFT PROFILE 1107 Rocket Launch Time JUNE 07 1975 i1OOLT

800 --Km

Too

600 ----shy

500-

II

400 -

300-

-4shy

4

-4

-4

200 Ishy

ido

bull-60 -40 -20 Oms +20 t40 +60

Fig 31

JICAMARCA PERU DRIFT PROFILE 4145 Rocket Launch Time JUNE 071975

i1AO LT

I I I I I -60 -40 -0 --

Fig 32

800 -- Km

700

600

500

400 bull

300--

I-4

-4w

-II

I

200

100

-

I

I Oms

I +20

I I 40

I I +60

APPENDIX C

ELECTROJETRELATIVE ECHO POWER DENSITY

- S5shy

-56-

FIGURE CAPTIONS

Fig 33 to167 Compositeof relative echo power density vershy

sus frequency deviation for the times (750W)

and dates indicated

I II if I I I I I I 7-

I JICAMARCAJ PERU 1975io 3onod- JUNE 2442e3of (75Ow)

w

10 -40

QWESTQ60 SPECTRUM 49 920 M HiZ

3 EAST

0

o 01 5- 5 7- a

gt _

-450 Ha 0 + 150 He 4- f FROM TRANSMITTED FREQUENCY

Fg2766 ALOnr75

Fig 33

~~~~~ I ~ f I I l l iv~ JICAMARCA PERU1979 JUNE 2

600 SPECTRUM 1 =o4 9 9 2 0WES MHZ10 EAST

Uo 4 0 --

6 o

5

w 08

-150 Ha 0 +150 Hz--- A FROM TRANSMITTED FREQUENCY - ALOIT75

Fig 34

100 I i I I I I I I I I I I I I I I I I I

I80 06-07 June 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20_

0

-20shy

-40shy

-60 shy

-80-3 4 -1 1 1 j ---- 10 0

08 10 12 4 16 18 20 22 00 02 04 06 08

Local Time (75 0 W)

Fig 25

r si( o I I I I I I I I I I I I I I I I I I

80 07-08 June 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20

0 I

-20

-40shy

-80shy-803 2 2 2 0 1

08 10 12 4 46 18 20 22 -00 02 04 06 08

Local Time (75 0 W)

Fig 26

I100

80

60

JICAMARCA 02- 08

VERTICAL JUNE 1975

DRIFTS

40

2 1 0 -

3 3

0

-20 -shy

4

-40

-60

m_ 0

08

I

40

I l

12 14 16 Local

I

18 20 Time

I

22 00

(75 0 W)

I

02

1 II

04 0608

Fig 27

800- -Km JICAMARCA PERU DRIFT PROFILE

JUNE 02 975 700 109 LT

600-shy

1500

400 -1 in

300---1

200 IshyI---4

N

100

-60 -40 - -20 0 Ms +20 +40 +60

N0 284

Fig 28

JICAMARCA PERU DRIFT PROFILE

JUNE 05 1975 1210 LT

800

700

-Km

600

500

I

400- - Ln -Fshy

300bull

II200

I I j I

100shy

l It j I I I

-60 -40 -20 0 ms +20 +40 +60

Fig 29

800 Km JICAMARCA PERU DRIFT PROFILE

JUNE 06 1975 700 1230 LT

600

500 -- I-- -

LI

5300 I-I

-4 I

400 3

400

200 shy-4

I it I I -60 -40 -20 0ms +20 +40 +60

Fig - 30

JICAMARCA PERU DRIFT PROFILE 1107 Rocket Launch Time JUNE 07 1975 i1OOLT

800 --Km

Too

600 ----shy

500-

II

400 -

300-

-4shy

4

-4

-4

200 Ishy

ido

bull-60 -40 -20 Oms +20 t40 +60

Fig 31

JICAMARCA PERU DRIFT PROFILE 4145 Rocket Launch Time JUNE 071975

i1AO LT

I I I I I -60 -40 -0 --

Fig 32

800 -- Km

700

600

500

400 bull

300--

I-4

-4w

-II

I

200

100

-

I

I Oms

I +20

I I 40

I I +60

APPENDIX C

ELECTROJETRELATIVE ECHO POWER DENSITY

- S5shy

-56-

FIGURE CAPTIONS

Fig 33 to167 Compositeof relative echo power density vershy

sus frequency deviation for the times (750W)

and dates indicated

I II if I I I I I I 7-

I JICAMARCAJ PERU 1975io 3onod- JUNE 2442e3of (75Ow)

w

10 -40

QWESTQ60 SPECTRUM 49 920 M HiZ

3 EAST

0

o 01 5- 5 7- a

gt _

-450 Ha 0 + 150 He 4- f FROM TRANSMITTED FREQUENCY

Fg2766 ALOnr75

Fig 33

~~~~~ I ~ f I I l l iv~ JICAMARCA PERU1979 JUNE 2

600 SPECTRUM 1 =o4 9 9 2 0WES MHZ10 EAST

Uo 4 0 --

6 o

5

w 08

-150 Ha 0 +150 Hz--- A FROM TRANSMITTED FREQUENCY - ALOIT75

Fig 34

r si( o I I I I I I I I I I I I I I I I I I

80 07-08 June 1975

60 JICAMARCA VERTICAL DRIFT

40shy

20

0 I

-20

-40shy

-80shy-803 2 2 2 0 1

08 10 12 4 46 18 20 22 -00 02 04 06 08

Local Time (75 0 W)

Fig 26

I100

80

60

JICAMARCA 02- 08

VERTICAL JUNE 1975

DRIFTS

40

2 1 0 -

3 3

0

-20 -shy

4

-40

-60

m_ 0

08

I

40

I l

12 14 16 Local

I

18 20 Time

I

22 00

(75 0 W)

I

02

1 II

04 0608

Fig 27

800- -Km JICAMARCA PERU DRIFT PROFILE

JUNE 02 975 700 109 LT

600-shy

1500

400 -1 in

300---1

200 IshyI---4

N

100

-60 -40 - -20 0 Ms +20 +40 +60

N0 284

Fig 28

JICAMARCA PERU DRIFT PROFILE

JUNE 05 1975 1210 LT

800

700

-Km

600

500

I

400- - Ln -Fshy

300bull

II200

I I j I

100shy

l It j I I I

-60 -40 -20 0 ms +20 +40 +60

Fig 29

800 Km JICAMARCA PERU DRIFT PROFILE

JUNE 06 1975 700 1230 LT

600

500 -- I-- -

LI

5300 I-I

-4 I

400 3

400

200 shy-4

I it I I -60 -40 -20 0ms +20 +40 +60

Fig - 30

JICAMARCA PERU DRIFT PROFILE 1107 Rocket Launch Time JUNE 07 1975 i1OOLT

800 --Km

Too

600 ----shy

500-

II

400 -

300-

-4shy

4

-4

-4

200 Ishy

ido

bull-60 -40 -20 Oms +20 t40 +60

Fig 31

JICAMARCA PERU DRIFT PROFILE 4145 Rocket Launch Time JUNE 071975

i1AO LT

I I I I I -60 -40 -0 --

Fig 32

800 -- Km

700

600

500

400 bull

300--

I-4

-4w

-II

I

200

100

-

I

I Oms

I +20

I I 40

I I +60

APPENDIX C

ELECTROJETRELATIVE ECHO POWER DENSITY

- S5shy

-56-

FIGURE CAPTIONS

Fig 33 to167 Compositeof relative echo power density vershy

sus frequency deviation for the times (750W)

and dates indicated

I II if I I I I I I 7-

I JICAMARCAJ PERU 1975io 3onod- JUNE 2442e3of (75Ow)

w

10 -40

QWESTQ60 SPECTRUM 49 920 M HiZ

3 EAST

0

o 01 5- 5 7- a

gt _

-450 Ha 0 + 150 He 4- f FROM TRANSMITTED FREQUENCY

Fg2766 ALOnr75

Fig 33

~~~~~ I ~ f I I l l iv~ JICAMARCA PERU1979 JUNE 2

600 SPECTRUM 1 =o4 9 9 2 0WES MHZ10 EAST

Uo 4 0 --

6 o

5

w 08

-150 Ha 0 +150 Hz--- A FROM TRANSMITTED FREQUENCY - ALOIT75

Fig 34

I100

80

60

JICAMARCA 02- 08

VERTICAL JUNE 1975

DRIFTS

40

2 1 0 -

3 3

0

-20 -shy

4

-40

-60

m_ 0

08

I

40

I l

12 14 16 Local

I

18 20 Time

I

22 00

(75 0 W)

I

02

1 II

04 0608

Fig 27

800- -Km JICAMARCA PERU DRIFT PROFILE

JUNE 02 975 700 109 LT

600-shy

1500

400 -1 in

300---1

200 IshyI---4

N

100

-60 -40 - -20 0 Ms +20 +40 +60

N0 284

Fig 28

JICAMARCA PERU DRIFT PROFILE

JUNE 05 1975 1210 LT

800

700

-Km

600

500

I

400- - Ln -Fshy

300bull

II200

I I j I

100shy

l It j I I I

-60 -40 -20 0 ms +20 +40 +60

Fig 29

800 Km JICAMARCA PERU DRIFT PROFILE

JUNE 06 1975 700 1230 LT

600

500 -- I-- -

LI

5300 I-I

-4 I

400 3

400

200 shy-4

I it I I -60 -40 -20 0ms +20 +40 +60

Fig - 30

JICAMARCA PERU DRIFT PROFILE 1107 Rocket Launch Time JUNE 07 1975 i1OOLT

800 --Km

Too

600 ----shy

500-

II

400 -

300-

-4shy

4

-4

-4

200 Ishy

ido

bull-60 -40 -20 Oms +20 t40 +60

Fig 31

JICAMARCA PERU DRIFT PROFILE 4145 Rocket Launch Time JUNE 071975

i1AO LT

I I I I I -60 -40 -0 --

Fig 32

800 -- Km

700

600

500

400 bull

300--

I-4

-4w

-II

I

200

100

-

I

I Oms

I +20

I I 40

I I +60

APPENDIX C

ELECTROJETRELATIVE ECHO POWER DENSITY

- S5shy

-56-

FIGURE CAPTIONS

Fig 33 to167 Compositeof relative echo power density vershy

sus frequency deviation for the times (750W)

and dates indicated

I II if I I I I I I 7-

I JICAMARCAJ PERU 1975io 3onod- JUNE 2442e3of (75Ow)

w

10 -40

QWESTQ60 SPECTRUM 49 920 M HiZ

3 EAST

0

o 01 5- 5 7- a

gt _

-450 Ha 0 + 150 He 4- f FROM TRANSMITTED FREQUENCY

Fg2766 ALOnr75

Fig 33

~~~~~ I ~ f I I l l iv~ JICAMARCA PERU1979 JUNE 2

600 SPECTRUM 1 =o4 9 9 2 0WES MHZ10 EAST

Uo 4 0 --

6 o

5

w 08

-150 Ha 0 +150 Hz--- A FROM TRANSMITTED FREQUENCY - ALOIT75

Fig 34

800- -Km JICAMARCA PERU DRIFT PROFILE

JUNE 02 975 700 109 LT

600-shy

1500

400 -1 in

300---1

200 IshyI---4

N

100

-60 -40 - -20 0 Ms +20 +40 +60

N0 284

Fig 28

JICAMARCA PERU DRIFT PROFILE

JUNE 05 1975 1210 LT

800

700

-Km

600

500

I

400- - Ln -Fshy

300bull

II200

I I j I

100shy

l It j I I I

-60 -40 -20 0 ms +20 +40 +60

Fig 29

800 Km JICAMARCA PERU DRIFT PROFILE

JUNE 06 1975 700 1230 LT

600

500 -- I-- -

LI

5300 I-I

-4 I

400 3

400

200 shy-4

I it I I -60 -40 -20 0ms +20 +40 +60

Fig - 30

JICAMARCA PERU DRIFT PROFILE 1107 Rocket Launch Time JUNE 07 1975 i1OOLT

800 --Km

Too

600 ----shy

500-

II

400 -

300-

-4shy

4

-4

-4

200 Ishy

ido

bull-60 -40 -20 Oms +20 t40 +60

Fig 31

JICAMARCA PERU DRIFT PROFILE 4145 Rocket Launch Time JUNE 071975

i1AO LT

I I I I I -60 -40 -0 --

Fig 32

800 -- Km

700

600

500

400 bull

300--

I-4

-4w

-II

I

200

100

-

I

I Oms

I +20

I I 40

I I +60

APPENDIX C

ELECTROJETRELATIVE ECHO POWER DENSITY

- S5shy

-56-

FIGURE CAPTIONS

Fig 33 to167 Compositeof relative echo power density vershy

sus frequency deviation for the times (750W)

and dates indicated

I II if I I I I I I 7-

I JICAMARCAJ PERU 1975io 3onod- JUNE 2442e3of (75Ow)

w

10 -40

QWESTQ60 SPECTRUM 49 920 M HiZ

3 EAST

0

o 01 5- 5 7- a

gt _

-450 Ha 0 + 150 He 4- f FROM TRANSMITTED FREQUENCY

Fg2766 ALOnr75

Fig 33

~~~~~ I ~ f I I l l iv~ JICAMARCA PERU1979 JUNE 2

600 SPECTRUM 1 =o4 9 9 2 0WES MHZ10 EAST

Uo 4 0 --

6 o

5

w 08

-150 Ha 0 +150 Hz--- A FROM TRANSMITTED FREQUENCY - ALOIT75

Fig 34

JICAMARCA PERU DRIFT PROFILE

JUNE 05 1975 1210 LT

800

700

-Km

600

500

I

400- - Ln -Fshy

300bull

II200

I I j I

100shy

l It j I I I

-60 -40 -20 0 ms +20 +40 +60

Fig 29

800 Km JICAMARCA PERU DRIFT PROFILE

JUNE 06 1975 700 1230 LT

600

500 -- I-- -

LI

5300 I-I

-4 I

400 3

400

200 shy-4

I it I I -60 -40 -20 0ms +20 +40 +60

Fig - 30

JICAMARCA PERU DRIFT PROFILE 1107 Rocket Launch Time JUNE 07 1975 i1OOLT

800 --Km

Too

600 ----shy

500-

II

400 -

300-

-4shy

4

-4

-4

200 Ishy

ido

bull-60 -40 -20 Oms +20 t40 +60

Fig 31

JICAMARCA PERU DRIFT PROFILE 4145 Rocket Launch Time JUNE 071975

i1AO LT

I I I I I -60 -40 -0 --

Fig 32

800 -- Km

700

600

500

400 bull

300--

I-4

-4w

-II

I

200

100

-

I

I Oms

I +20

I I 40

I I +60

APPENDIX C

ELECTROJETRELATIVE ECHO POWER DENSITY

- S5shy

-56-

FIGURE CAPTIONS

Fig 33 to167 Compositeof relative echo power density vershy

sus frequency deviation for the times (750W)

and dates indicated

I II if I I I I I I 7-

I JICAMARCAJ PERU 1975io 3onod- JUNE 2442e3of (75Ow)

w

10 -40

QWESTQ60 SPECTRUM 49 920 M HiZ

3 EAST

0

o 01 5- 5 7- a

gt _

-450 Ha 0 + 150 He 4- f FROM TRANSMITTED FREQUENCY

Fg2766 ALOnr75

Fig 33

~~~~~ I ~ f I I l l iv~ JICAMARCA PERU1979 JUNE 2

600 SPECTRUM 1 =o4 9 9 2 0WES MHZ10 EAST

Uo 4 0 --

6 o

5

w 08

-150 Ha 0 +150 Hz--- A FROM TRANSMITTED FREQUENCY - ALOIT75

Fig 34

800 Km JICAMARCA PERU DRIFT PROFILE

JUNE 06 1975 700 1230 LT

600

500 -- I-- -

LI

5300 I-I

-4 I

400 3

400

200 shy-4

I it I I -60 -40 -20 0ms +20 +40 +60

Fig - 30

JICAMARCA PERU DRIFT PROFILE 1107 Rocket Launch Time JUNE 07 1975 i1OOLT

800 --Km

Too

600 ----shy

500-

II

400 -

300-

-4shy

4

-4

-4

200 Ishy

ido

bull-60 -40 -20 Oms +20 t40 +60

Fig 31

JICAMARCA PERU DRIFT PROFILE 4145 Rocket Launch Time JUNE 071975

i1AO LT

I I I I I -60 -40 -0 --

Fig 32

800 -- Km

700

600

500

400 bull

300--

I-4

-4w

-II

I

200

100

-

I

I Oms

I +20

I I 40

I I +60

APPENDIX C

ELECTROJETRELATIVE ECHO POWER DENSITY

- S5shy

-56-

FIGURE CAPTIONS

Fig 33 to167 Compositeof relative echo power density vershy

sus frequency deviation for the times (750W)

and dates indicated

I II if I I I I I I 7-

I JICAMARCAJ PERU 1975io 3onod- JUNE 2442e3of (75Ow)

w

10 -40

QWESTQ60 SPECTRUM 49 920 M HiZ

3 EAST

0

o 01 5- 5 7- a

gt _

-450 Ha 0 + 150 He 4- f FROM TRANSMITTED FREQUENCY

Fg2766 ALOnr75

Fig 33

~~~~~ I ~ f I I l l iv~ JICAMARCA PERU1979 JUNE 2

600 SPECTRUM 1 =o4 9 9 2 0WES MHZ10 EAST

Uo 4 0 --

6 o

5

w 08

-150 Ha 0 +150 Hz--- A FROM TRANSMITTED FREQUENCY - ALOIT75

Fig 34

JICAMARCA PERU DRIFT PROFILE 1107 Rocket Launch Time JUNE 07 1975 i1OOLT

800 --Km

Too

600 ----shy

500-

II

400 -

300-

-4shy

4

-4

-4

200 Ishy

ido

bull-60 -40 -20 Oms +20 t40 +60

Fig 31

JICAMARCA PERU DRIFT PROFILE 4145 Rocket Launch Time JUNE 071975

i1AO LT

I I I I I -60 -40 -0 --

Fig 32

800 -- Km

700

600

500

400 bull

300--

I-4

-4w

-II

I

200

100

-

I

I Oms

I +20

I I 40

I I +60

APPENDIX C

ELECTROJETRELATIVE ECHO POWER DENSITY

- S5shy

-56-

FIGURE CAPTIONS

Fig 33 to167 Compositeof relative echo power density vershy

sus frequency deviation for the times (750W)

and dates indicated

I II if I I I I I I 7-

I JICAMARCAJ PERU 1975io 3onod- JUNE 2442e3of (75Ow)

w

10 -40

QWESTQ60 SPECTRUM 49 920 M HiZ

3 EAST

0

o 01 5- 5 7- a

gt _

-450 Ha 0 + 150 He 4- f FROM TRANSMITTED FREQUENCY

Fg2766 ALOnr75

Fig 33

~~~~~ I ~ f I I l l iv~ JICAMARCA PERU1979 JUNE 2

600 SPECTRUM 1 =o4 9 9 2 0WES MHZ10 EAST

Uo 4 0 --

6 o

5

w 08

-150 Ha 0 +150 Hz--- A FROM TRANSMITTED FREQUENCY - ALOIT75

Fig 34

JICAMARCA PERU DRIFT PROFILE 4145 Rocket Launch Time JUNE 071975

i1AO LT

I I I I I -60 -40 -0 --

Fig 32

800 -- Km

700

600

500

400 bull

300--

I-4

-4w

-II

I

200

100

-

I

I Oms

I +20

I I 40

I I +60

APPENDIX C

ELECTROJETRELATIVE ECHO POWER DENSITY

- S5shy

-56-

FIGURE CAPTIONS

Fig 33 to167 Compositeof relative echo power density vershy

sus frequency deviation for the times (750W)

and dates indicated

I II if I I I I I I 7-

I JICAMARCAJ PERU 1975io 3onod- JUNE 2442e3of (75Ow)

w

10 -40

QWESTQ60 SPECTRUM 49 920 M HiZ

3 EAST

0

o 01 5- 5 7- a

gt _

-450 Ha 0 + 150 He 4- f FROM TRANSMITTED FREQUENCY

Fg2766 ALOnr75

Fig 33

~~~~~ I ~ f I I l l iv~ JICAMARCA PERU1979 JUNE 2

600 SPECTRUM 1 =o4 9 9 2 0WES MHZ10 EAST

Uo 4 0 --

6 o

5

w 08

-150 Ha 0 +150 Hz--- A FROM TRANSMITTED FREQUENCY - ALOIT75

Fig 34

APPENDIX C

ELECTROJETRELATIVE ECHO POWER DENSITY

- S5shy

-56-

FIGURE CAPTIONS

Fig 33 to167 Compositeof relative echo power density vershy

sus frequency deviation for the times (750W)

and dates indicated

I II if I I I I I I 7-

I JICAMARCAJ PERU 1975io 3onod- JUNE 2442e3of (75Ow)

w

10 -40

QWESTQ60 SPECTRUM 49 920 M HiZ

3 EAST

0

o 01 5- 5 7- a

gt _

-450 Ha 0 + 150 He 4- f FROM TRANSMITTED FREQUENCY

Fg2766 ALOnr75

Fig 33

~~~~~ I ~ f I I l l iv~ JICAMARCA PERU1979 JUNE 2

600 SPECTRUM 1 =o4 9 9 2 0WES MHZ10 EAST

Uo 4 0 --

6 o

5

w 08

-150 Ha 0 +150 Hz--- A FROM TRANSMITTED FREQUENCY - ALOIT75

Fig 34

-56-

FIGURE CAPTIONS

Fig 33 to167 Compositeof relative echo power density vershy

sus frequency deviation for the times (750W)

and dates indicated

I II if I I I I I I 7-

I JICAMARCAJ PERU 1975io 3onod- JUNE 2442e3of (75Ow)

w

10 -40

QWESTQ60 SPECTRUM 49 920 M HiZ

3 EAST

0

o 01 5- 5 7- a

gt _

-450 Ha 0 + 150 He 4- f FROM TRANSMITTED FREQUENCY

Fg2766 ALOnr75

Fig 33

~~~~~ I ~ f I I l l iv~ JICAMARCA PERU1979 JUNE 2

600 SPECTRUM 1 =o4 9 9 2 0WES MHZ10 EAST

Uo 4 0 --

6 o

5

w 08

-150 Ha 0 +150 Hz--- A FROM TRANSMITTED FREQUENCY - ALOIT75

Fig 34

I II if I I I I I I 7-

I JICAMARCAJ PERU 1975io 3onod- JUNE 2442e3of (75Ow)

w

10 -40

QWESTQ60 SPECTRUM 49 920 M HiZ

3 EAST

0

o 01 5- 5 7- a

gt _

-450 Ha 0 + 150 He 4- f FROM TRANSMITTED FREQUENCY

Fg2766 ALOnr75

Fig 33

~~~~~ I ~ f I I l l iv~ JICAMARCA PERU1979 JUNE 2

600 SPECTRUM 1 =o4 9 9 2 0WES MHZ10 EAST

Uo 4 0 --

6 o

5

w 08

-150 Ha 0 +150 Hz--- A FROM TRANSMITTED FREQUENCY - ALOIT75

Fig 34

~~~~~ I ~ f I I l l iv~ JICAMARCA PERU1979 JUNE 2

600 SPECTRUM 1 =o4 9 9 2 0WES MHZ10 EAST

Uo 4 0 --

6 o

5

w 08

-150 Ha 0 +150 Hz--- A FROM TRANSMITTED FREQUENCY - ALOIT75

Fig 34

I JICAMARCA PERU 1975 JUNE 2

S44h 5m - t47m 3O (75W)

J Or W0

600 SPECTRUM=49920 MHZ

oc WES 4EAST 8

0

0 0

LLJ 5 shy

-

7 -150 Hz 0 450 Ha

rt7O 4-AJ FROM TRANSM)TTEID FREQUENCY-

ML~nT75

Fig 35

JICAMARCA PERU

- 1975 JUNE 3

- o a7 3d o0

to -- 60 WEST SPECTRUM

V3 - - o06- o-0 75W)

bull f =4992OMHZ

l 7

CL

t0 Hz 150 He q[---A FROM -TRANSMITTED FREQUENCY

Fig 36

gt0 - z

X10 5

0

JICAMARCA PERU 1975 JUNE 3

000-09 1000o (750W)60 WEST SPECTRUM

1o= 49920 MHZ

0 HC

uw 5 w2

-

N2775rLz1T75

-150 --

He

FROM 00

TRANSMITTED FREQUENCY ++5Hz

- m

Fig 37

JICAMARCA PERU 1975 JUNE 31

1 0 9 h4 2 m3 0s 0 9 h4 5m of 75degW)

Z 1 600 WEST SPECTRUM o 50=49920MHZ

w7 0I -

0

u-- 14 10

-150 Ha 0 +1OHzshy

-9- Al FROM TRANSMITTED FREQUENCY amp -

N-2776

ALOHTr-75

Fiq 38

0

JICAMARCA PERU gt- 1975 JUNE 3

1-12 091 50m0 i-OIaOmOos (750W) 1 6

- 600 WEST SPECTRUMf 0 =49920 MHF

crshy

icv no

55

-450 Hi 0 +450 Ha

- - AI FROM TRANSMITTED FREQUENCY I N2777 ALONT-75

Fig 39

I I 1 I I l I I I I If I 1 I I I I I i 1 - T I Ii I 1 I I I [

V JICAMARCA PERU gt- 1975 JUNE 3

uto 60 WEST SPECTRUM j=49ao0MHR

uJ 0 1- 5

-150 H 0 +i50 He

4- Al FROM TRANSMITTED FREQUENCY ig 4

Fig 40

JICAMARCA PERU 1975 JUNE- 3

- - h mns h miiaP 10 52 30 - i 2 00(75Wo

600 WEST SPECTRUMC3 -o =49 9OMHZ

Coj 0

0 + 150 He-150 nHe

of Al FROM TRAN S MIT T ED FREQUENCY --- POP

FiLg 41

JICAMARCA PERU 975 JUNE 3

hZl II 260 0s -

WEST 5 0moo(75 oW)SPECTRUMshy

10 4992OMHZ

0

a 0

1 -150 Hz 0 +150 He

Fig14 FROM TRANSMItTTED FREQUENCY

--

--

JICAMARCA PERU _ 1975 JUNE 3

c i1 z 5 3osd t Zo o( 7 5oW)Z-w 1 600 WEST SPECTRUM1-12 fo =49920MHZ

0 0

o-

r 5

- -1i50 He- 0 +450 Ha A FROM TRAN SM IT T ED FREQUENCY -0

LC 75

Fig 43

Sm

-

a600 ta~~il~o-Z1=49920

00

-

JICAMARCA PERU 1975 JUNE 3

3h 0Zd - 42 50m0deg75W WEST SPECTRUM

MH Z

-shy

uj

3-shy

-j-

F4

-150 Hz

4- AJ 44

FROM 0

TRANSMIT TED FREQUENCY +150 Hf

No

Fig 44

-IO - 123 9 1

JICAMARCA PERU it 1975 JUNE 3 5t~~hi52 30- i32ezmoVmw)

600) WEST SPECTRUM-_

a3

I-n

0Jj0

r-

CL

-150

--Hz

A) FROM 0

TRANSMITTED FREQUENCY +150Hz

--

Fig 45

r-

t 0

Li

0

CL zL 10

79

JICAMARCA PERU 1975 JUNE 3

h m s h m s3h 250_ -13h 52 30s(750 W)

600 WtQST SPECTRUM

-lo=49920 MHZ -

uj 0

-150 H

~ Af FROM 0

TRANSMITTED +150 Hia

FREQUENCY shy

Fig 46

1111111111111111111I Ill lI i ill |

JICAMARCA- PERU - - h 1975 JUNE 3

V50 h hm s

5500 -44 30t(75W) W 60 deg WEST SPECTRUM

to to =49920 MHZ

w5 36 5- - J

01

ui0

-5 He 0 +450 H a

-d - A FROM RANSM[TTED FREQUENCY

ALO0T075

Fig 47

4 IJICAMARCA PERU

lii

7- i600 WEST SPECTRUM 0 ashy

5t= 49920 MHZ 0

Ishy

wjo -1B50 Hz 0 + 150 H

-4----A FROM TRANSMITTED FREQUENCY -P AL 7n

Fplusmn48

z JICAMARCA PERU 04 1975h m s z JUNE 5h m0-s3z o

10 0922 30-09 32 3 0 750w)

600 -WEST SPECTRUM

= 49 920 MHZ

w 5 i

-LJ gt

-150Hz 10 + 150Hz bull FROM TRANSMITTED FREQUENCY -

NO 2758

ALOnT75

Fig 49

1111

II~j~

IJICAMARCA

74975 JUNE PERU 5

0h -m

09 5Z 3 s h ni - 11 27 s )30 (750W)75 deg )

600 WEST SPECTRUM w - 49 920 MH7

33 5

0 6-

_j 6

0

-150H

-J FROM A5O

TRANsJVITTED FREQUENCY Ha

Fig 50shy

I JICAMARCA PERU - h 1975 JUNE 5

z 11-44 3 57330-110 -shy 600 WEST SPECTRUM

S fo 49 920 MHZ

- Lw centJ5 shygt) 5

I--0

Li i

-150Hz 0 + 150 HE - A- FROM TRANSMITTED FREQUENCY - O

0N 2760 ALOHT75

Fig 51

JICAMARCA PERU

- 1975 JUNE 3

- o a7 3d o0

to -- 60 WEST SPECTRUM

V3 - - o06- o-0 75W)

bull f =4992OMHZ

l 7

CL

t0 Hz 150 He q[---A FROM -TRANSMITTED FREQUENCY

Fig 36

gt0 - z

X10 5

0

JICAMARCA PERU 1975 JUNE 3

000-09 1000o (750W)60 WEST SPECTRUM

1o= 49920 MHZ

0 HC

uw 5 w2

-

N2775rLz1T75

-150 --

He

FROM 00

TRANSMITTED FREQUENCY ++5Hz

- m

Fig 37

JICAMARCA PERU 1975 JUNE 31

1 0 9 h4 2 m3 0s 0 9 h4 5m of 75degW)

Z 1 600 WEST SPECTRUM o 50=49920MHZ

w7 0I -

0

u-- 14 10

-150 Ha 0 +1OHzshy

-9- Al FROM TRANSMITTED FREQUENCY amp -

N-2776

ALOHTr-75

Fiq 38

0

JICAMARCA PERU gt- 1975 JUNE 3

1-12 091 50m0 i-OIaOmOos (750W) 1 6

- 600 WEST SPECTRUMf 0 =49920 MHF

crshy

icv no

55

-450 Hi 0 +450 Ha

- - AI FROM TRANSMITTED FREQUENCY I N2777 ALONT-75

Fig 39

I I 1 I I l I I I I If I 1 I I I I I i 1 - T I Ii I 1 I I I [

V JICAMARCA PERU gt- 1975 JUNE 3

uto 60 WEST SPECTRUM j=49ao0MHR

uJ 0 1- 5

-150 H 0 +i50 He

4- Al FROM TRANSMITTED FREQUENCY ig 4

Fig 40

JICAMARCA PERU 1975 JUNE- 3

- - h mns h miiaP 10 52 30 - i 2 00(75Wo

600 WEST SPECTRUMC3 -o =49 9OMHZ

Coj 0

0 + 150 He-150 nHe

of Al FROM TRAN S MIT T ED FREQUENCY --- POP

FiLg 41

JICAMARCA PERU 975 JUNE 3

hZl II 260 0s -

WEST 5 0moo(75 oW)SPECTRUMshy

10 4992OMHZ

0

a 0

1 -150 Hz 0 +150 He

Fig14 FROM TRANSMItTTED FREQUENCY

--

--

JICAMARCA PERU _ 1975 JUNE 3

c i1 z 5 3osd t Zo o( 7 5oW)Z-w 1 600 WEST SPECTRUM1-12 fo =49920MHZ

0 0

o-

r 5

- -1i50 He- 0 +450 Ha A FROM TRAN SM IT T ED FREQUENCY -0

LC 75

Fig 43

Sm

-

a600 ta~~il~o-Z1=49920

00

-

JICAMARCA PERU 1975 JUNE 3

3h 0Zd - 42 50m0deg75W WEST SPECTRUM

MH Z

-shy

uj

3-shy

-j-

F4

-150 Hz

4- AJ 44

FROM 0

TRANSMIT TED FREQUENCY +150 Hf

No

Fig 44

-IO - 123 9 1

JICAMARCA PERU it 1975 JUNE 3 5t~~hi52 30- i32ezmoVmw)

600) WEST SPECTRUM-_

a3

I-n

0Jj0

r-

CL

-150

--Hz

A) FROM 0

TRANSMITTED FREQUENCY +150Hz

--

Fig 45

r-

t 0

Li

0

CL zL 10

79

JICAMARCA PERU 1975 JUNE 3

h m s h m s3h 250_ -13h 52 30s(750 W)

600 WtQST SPECTRUM

-lo=49920 MHZ -

uj 0

-150 H

~ Af FROM 0

TRANSMITTED +150 Hia

FREQUENCY shy

Fig 46

1111111111111111111I Ill lI i ill |

JICAMARCA- PERU - - h 1975 JUNE 3

V50 h hm s

5500 -44 30t(75W) W 60 deg WEST SPECTRUM

to to =49920 MHZ

w5 36 5- - J

01

ui0

-5 He 0 +450 H a

-d - A FROM RANSM[TTED FREQUENCY

ALO0T075

Fig 47

4 IJICAMARCA PERU

lii

7- i600 WEST SPECTRUM 0 ashy

5t= 49920 MHZ 0

Ishy

wjo -1B50 Hz 0 + 150 H

-4----A FROM TRANSMITTED FREQUENCY -P AL 7n

Fplusmn48

z JICAMARCA PERU 04 1975h m s z JUNE 5h m0-s3z o

10 0922 30-09 32 3 0 750w)

600 -WEST SPECTRUM

= 49 920 MHZ

w 5 i

-LJ gt

-150Hz 10 + 150Hz bull FROM TRANSMITTED FREQUENCY -

NO 2758

ALOnT75

Fig 49

1111

II~j~

IJICAMARCA

74975 JUNE PERU 5

0h -m

09 5Z 3 s h ni - 11 27 s )30 (750W)75 deg )

600 WEST SPECTRUM w - 49 920 MH7

33 5

0 6-

_j 6

0

-150H

-J FROM A5O

TRANsJVITTED FREQUENCY Ha

Fig 50shy

I JICAMARCA PERU - h 1975 JUNE 5

z 11-44 3 57330-110 -shy 600 WEST SPECTRUM

S fo 49 920 MHZ

- Lw centJ5 shygt) 5

I--0

Li i

-150Hz 0 + 150 HE - A- FROM TRANSMITTED FREQUENCY - O

0N 2760 ALOHT75

Fig 51

gt0 - z

X10 5

0

JICAMARCA PERU 1975 JUNE 3

000-09 1000o (750W)60 WEST SPECTRUM

1o= 49920 MHZ

0 HC

uw 5 w2

-

N2775rLz1T75

-150 --

He

FROM 00

TRANSMITTED FREQUENCY ++5Hz

- m

Fig 37

JICAMARCA PERU 1975 JUNE 31

1 0 9 h4 2 m3 0s 0 9 h4 5m of 75degW)

Z 1 600 WEST SPECTRUM o 50=49920MHZ

w7 0I -

0

u-- 14 10

-150 Ha 0 +1OHzshy

-9- Al FROM TRANSMITTED FREQUENCY amp -

N-2776

ALOHTr-75

Fiq 38

0

JICAMARCA PERU gt- 1975 JUNE 3

1-12 091 50m0 i-OIaOmOos (750W) 1 6

- 600 WEST SPECTRUMf 0 =49920 MHF

crshy

icv no

55

-450 Hi 0 +450 Ha

- - AI FROM TRANSMITTED FREQUENCY I N2777 ALONT-75

Fig 39

I I 1 I I l I I I I If I 1 I I I I I i 1 - T I Ii I 1 I I I [

V JICAMARCA PERU gt- 1975 JUNE 3

uto 60 WEST SPECTRUM j=49ao0MHR

uJ 0 1- 5

-150 H 0 +i50 He

4- Al FROM TRANSMITTED FREQUENCY ig 4

Fig 40

JICAMARCA PERU 1975 JUNE- 3

- - h mns h miiaP 10 52 30 - i 2 00(75Wo

600 WEST SPECTRUMC3 -o =49 9OMHZ

Coj 0

0 + 150 He-150 nHe

of Al FROM TRAN S MIT T ED FREQUENCY --- POP

FiLg 41

JICAMARCA PERU 975 JUNE 3

hZl II 260 0s -

WEST 5 0moo(75 oW)SPECTRUMshy

10 4992OMHZ

0

a 0

1 -150 Hz 0 +150 He

Fig14 FROM TRANSMItTTED FREQUENCY

--

--

JICAMARCA PERU _ 1975 JUNE 3

c i1 z 5 3osd t Zo o( 7 5oW)Z-w 1 600 WEST SPECTRUM1-12 fo =49920MHZ

0 0

o-

r 5

- -1i50 He- 0 +450 Ha A FROM TRAN SM IT T ED FREQUENCY -0

LC 75

Fig 43

Sm

-

a600 ta~~il~o-Z1=49920

00

-

JICAMARCA PERU 1975 JUNE 3

3h 0Zd - 42 50m0deg75W WEST SPECTRUM

MH Z

-shy

uj

3-shy

-j-

F4

-150 Hz

4- AJ 44

FROM 0

TRANSMIT TED FREQUENCY +150 Hf

No

Fig 44

-IO - 123 9 1

JICAMARCA PERU it 1975 JUNE 3 5t~~hi52 30- i32ezmoVmw)

600) WEST SPECTRUM-_

a3

I-n

0Jj0

r-

CL

-150

--Hz

A) FROM 0

TRANSMITTED FREQUENCY +150Hz

--

Fig 45

r-

t 0

Li

0

CL zL 10

79

JICAMARCA PERU 1975 JUNE 3

h m s h m s3h 250_ -13h 52 30s(750 W)

600 WtQST SPECTRUM

-lo=49920 MHZ -

uj 0

-150 H

~ Af FROM 0

TRANSMITTED +150 Hia

FREQUENCY shy

Fig 46

1111111111111111111I Ill lI i ill |

JICAMARCA- PERU - - h 1975 JUNE 3

V50 h hm s

5500 -44 30t(75W) W 60 deg WEST SPECTRUM

to to =49920 MHZ

w5 36 5- - J

01

ui0

-5 He 0 +450 H a

-d - A FROM RANSM[TTED FREQUENCY

ALO0T075

Fig 47

4 IJICAMARCA PERU

lii

7- i600 WEST SPECTRUM 0 ashy

5t= 49920 MHZ 0

Ishy

wjo -1B50 Hz 0 + 150 H

-4----A FROM TRANSMITTED FREQUENCY -P AL 7n

Fplusmn48

z JICAMARCA PERU 04 1975h m s z JUNE 5h m0-s3z o

10 0922 30-09 32 3 0 750w)

600 -WEST SPECTRUM

= 49 920 MHZ

w 5 i

-LJ gt

-150Hz 10 + 150Hz bull FROM TRANSMITTED FREQUENCY -

NO 2758

ALOnT75

Fig 49

1111

II~j~

IJICAMARCA

74975 JUNE PERU 5

0h -m

09 5Z 3 s h ni - 11 27 s )30 (750W)75 deg )

600 WEST SPECTRUM w - 49 920 MH7

33 5

0 6-

_j 6

0

-150H

-J FROM A5O

TRANsJVITTED FREQUENCY Ha

Fig 50shy

I JICAMARCA PERU - h 1975 JUNE 5

z 11-44 3 57330-110 -shy 600 WEST SPECTRUM

S fo 49 920 MHZ

- Lw centJ5 shygt) 5

I--0

Li i

-150Hz 0 + 150 HE - A- FROM TRANSMITTED FREQUENCY - O

0N 2760 ALOHT75

Fig 51

JICAMARCA PERU 1975 JUNE 31

1 0 9 h4 2 m3 0s 0 9 h4 5m of 75degW)

Z 1 600 WEST SPECTRUM o 50=49920MHZ

w7 0I -

0

u-- 14 10

-150 Ha 0 +1OHzshy

-9- Al FROM TRANSMITTED FREQUENCY amp -

N-2776

ALOHTr-75

Fiq 38

0

JICAMARCA PERU gt- 1975 JUNE 3

1-12 091 50m0 i-OIaOmOos (750W) 1 6

- 600 WEST SPECTRUMf 0 =49920 MHF

crshy

icv no

55

-450 Hi 0 +450 Ha

- - AI FROM TRANSMITTED FREQUENCY I N2777 ALONT-75

Fig 39

I I 1 I I l I I I I If I 1 I I I I I i 1 - T I Ii I 1 I I I [

V JICAMARCA PERU gt- 1975 JUNE 3

uto 60 WEST SPECTRUM j=49ao0MHR

uJ 0 1- 5

-150 H 0 +i50 He

4- Al FROM TRANSMITTED FREQUENCY ig 4

Fig 40

JICAMARCA PERU 1975 JUNE- 3

- - h mns h miiaP 10 52 30 - i 2 00(75Wo

600 WEST SPECTRUMC3 -o =49 9OMHZ

Coj 0

0 + 150 He-150 nHe

of Al FROM TRAN S MIT T ED FREQUENCY --- POP

FiLg 41

JICAMARCA PERU 975 JUNE 3

hZl II 260 0s -

WEST 5 0moo(75 oW)SPECTRUMshy

10 4992OMHZ

0

a 0

1 -150 Hz 0 +150 He

Fig14 FROM TRANSMItTTED FREQUENCY

--

--

JICAMARCA PERU _ 1975 JUNE 3

c i1 z 5 3osd t Zo o( 7 5oW)Z-w 1 600 WEST SPECTRUM1-12 fo =49920MHZ

0 0

o-

r 5

- -1i50 He- 0 +450 Ha A FROM TRAN SM IT T ED FREQUENCY -0

LC 75

Fig 43

Sm

-

a600 ta~~il~o-Z1=49920

00

-

JICAMARCA PERU 1975 JUNE 3

3h 0Zd - 42 50m0deg75W WEST SPECTRUM

MH Z

-shy

uj

3-shy

-j-

F4

-150 Hz

4- AJ 44

FROM 0

TRANSMIT TED FREQUENCY +150 Hf

No

Fig 44

-IO - 123 9 1

JICAMARCA PERU it 1975 JUNE 3 5t~~hi52 30- i32ezmoVmw)

600) WEST SPECTRUM-_

a3

I-n

0Jj0

r-

CL

-150

--Hz

A) FROM 0

TRANSMITTED FREQUENCY +150Hz

--

Fig 45

r-

t 0

Li

0

CL zL 10

79

JICAMARCA PERU 1975 JUNE 3

h m s h m s3h 250_ -13h 52 30s(750 W)

600 WtQST SPECTRUM

-lo=49920 MHZ -

uj 0

-150 H

~ Af FROM 0

TRANSMITTED +150 Hia

FREQUENCY shy

Fig 46

1111111111111111111I Ill lI i ill |

JICAMARCA- PERU - - h 1975 JUNE 3

V50 h hm s

5500 -44 30t(75W) W 60 deg WEST SPECTRUM

to to =49920 MHZ

w5 36 5- - J

01

ui0

-5 He 0 +450 H a

-d - A FROM RANSM[TTED FREQUENCY

ALO0T075

Fig 47

4 IJICAMARCA PERU

lii

7- i600 WEST SPECTRUM 0 ashy

5t= 49920 MHZ 0

Ishy

wjo -1B50 Hz 0 + 150 H

-4----A FROM TRANSMITTED FREQUENCY -P AL 7n

Fplusmn48

z JICAMARCA PERU 04 1975h m s z JUNE 5h m0-s3z o

10 0922 30-09 32 3 0 750w)

600 -WEST SPECTRUM

= 49 920 MHZ

w 5 i

-LJ gt

-150Hz 10 + 150Hz bull FROM TRANSMITTED FREQUENCY -

NO 2758

ALOnT75

Fig 49

1111

II~j~

IJICAMARCA

74975 JUNE PERU 5

0h -m

09 5Z 3 s h ni - 11 27 s )30 (750W)75 deg )

600 WEST SPECTRUM w - 49 920 MH7

33 5

0 6-

_j 6

0

-150H

-J FROM A5O

TRANsJVITTED FREQUENCY Ha

Fig 50shy

I JICAMARCA PERU - h 1975 JUNE 5

z 11-44 3 57330-110 -shy 600 WEST SPECTRUM

S fo 49 920 MHZ

- Lw centJ5 shygt) 5

I--0

Li i

-150Hz 0 + 150 HE - A- FROM TRANSMITTED FREQUENCY - O

0N 2760 ALOHT75

Fig 51

0

JICAMARCA PERU gt- 1975 JUNE 3

1-12 091 50m0 i-OIaOmOos (750W) 1 6

- 600 WEST SPECTRUMf 0 =49920 MHF

crshy

icv no

55

-450 Hi 0 +450 Ha

- - AI FROM TRANSMITTED FREQUENCY I N2777 ALONT-75

Fig 39

I I 1 I I l I I I I If I 1 I I I I I i 1 - T I Ii I 1 I I I [

V JICAMARCA PERU gt- 1975 JUNE 3

uto 60 WEST SPECTRUM j=49ao0MHR

uJ 0 1- 5

-150 H 0 +i50 He

4- Al FROM TRANSMITTED FREQUENCY ig 4

Fig 40

JICAMARCA PERU 1975 JUNE- 3

- - h mns h miiaP 10 52 30 - i 2 00(75Wo

600 WEST SPECTRUMC3 -o =49 9OMHZ

Coj 0

0 + 150 He-150 nHe

of Al FROM TRAN S MIT T ED FREQUENCY --- POP

FiLg 41

JICAMARCA PERU 975 JUNE 3

hZl II 260 0s -

WEST 5 0moo(75 oW)SPECTRUMshy

10 4992OMHZ

0

a 0

1 -150 Hz 0 +150 He

Fig14 FROM TRANSMItTTED FREQUENCY

--

--

JICAMARCA PERU _ 1975 JUNE 3

c i1 z 5 3osd t Zo o( 7 5oW)Z-w 1 600 WEST SPECTRUM1-12 fo =49920MHZ

0 0

o-

r 5

- -1i50 He- 0 +450 Ha A FROM TRAN SM IT T ED FREQUENCY -0

LC 75

Fig 43

Sm

-

a600 ta~~il~o-Z1=49920

00

-

JICAMARCA PERU 1975 JUNE 3

3h 0Zd - 42 50m0deg75W WEST SPECTRUM

MH Z

-shy

uj

3-shy

-j-

F4

-150 Hz

4- AJ 44

FROM 0

TRANSMIT TED FREQUENCY +150 Hf

No

Fig 44

-IO - 123 9 1

JICAMARCA PERU it 1975 JUNE 3 5t~~hi52 30- i32ezmoVmw)

600) WEST SPECTRUM-_

a3

I-n

0Jj0

r-

CL

-150

--Hz

A) FROM 0

TRANSMITTED FREQUENCY +150Hz

--

Fig 45

r-

t 0

Li

0

CL zL 10

79

JICAMARCA PERU 1975 JUNE 3

h m s h m s3h 250_ -13h 52 30s(750 W)

600 WtQST SPECTRUM

-lo=49920 MHZ -

uj 0

-150 H

~ Af FROM 0

TRANSMITTED +150 Hia

FREQUENCY shy

Fig 46

1111111111111111111I Ill lI i ill |

JICAMARCA- PERU - - h 1975 JUNE 3

V50 h hm s

5500 -44 30t(75W) W 60 deg WEST SPECTRUM

to to =49920 MHZ

w5 36 5- - J

01

ui0

-5 He 0 +450 H a

-d - A FROM RANSM[TTED FREQUENCY

ALO0T075

Fig 47

4 IJICAMARCA PERU

lii

7- i600 WEST SPECTRUM 0 ashy

5t= 49920 MHZ 0

Ishy

wjo -1B50 Hz 0 + 150 H

-4----A FROM TRANSMITTED FREQUENCY -P AL 7n

Fplusmn48

z JICAMARCA PERU 04 1975h m s z JUNE 5h m0-s3z o

10 0922 30-09 32 3 0 750w)

600 -WEST SPECTRUM

= 49 920 MHZ

w 5 i

-LJ gt

-150Hz 10 + 150Hz bull FROM TRANSMITTED FREQUENCY -

NO 2758

ALOnT75

Fig 49

1111

II~j~

IJICAMARCA

74975 JUNE PERU 5

0h -m

09 5Z 3 s h ni - 11 27 s )30 (750W)75 deg )

600 WEST SPECTRUM w - 49 920 MH7

33 5

0 6-

_j 6

0

-150H

-J FROM A5O

TRANsJVITTED FREQUENCY Ha

Fig 50shy

I JICAMARCA PERU - h 1975 JUNE 5

z 11-44 3 57330-110 -shy 600 WEST SPECTRUM

S fo 49 920 MHZ

- Lw centJ5 shygt) 5

I--0

Li i

-150Hz 0 + 150 HE - A- FROM TRANSMITTED FREQUENCY - O

0N 2760 ALOHT75

Fig 51

I I 1 I I l I I I I If I 1 I I I I I i 1 - T I Ii I 1 I I I [

V JICAMARCA PERU gt- 1975 JUNE 3

uto 60 WEST SPECTRUM j=49ao0MHR

uJ 0 1- 5

-150 H 0 +i50 He

4- Al FROM TRANSMITTED FREQUENCY ig 4

Fig 40

JICAMARCA PERU 1975 JUNE- 3

- - h mns h miiaP 10 52 30 - i 2 00(75Wo

600 WEST SPECTRUMC3 -o =49 9OMHZ

Coj 0

0 + 150 He-150 nHe

of Al FROM TRAN S MIT T ED FREQUENCY --- POP

FiLg 41

JICAMARCA PERU 975 JUNE 3

hZl II 260 0s -

WEST 5 0moo(75 oW)SPECTRUMshy

10 4992OMHZ

0

a 0

1 -150 Hz 0 +150 He

Fig14 FROM TRANSMItTTED FREQUENCY

--

--

JICAMARCA PERU _ 1975 JUNE 3

c i1 z 5 3osd t Zo o( 7 5oW)Z-w 1 600 WEST SPECTRUM1-12 fo =49920MHZ

0 0

o-

r 5

- -1i50 He- 0 +450 Ha A FROM TRAN SM IT T ED FREQUENCY -0

LC 75

Fig 43

Sm

-

a600 ta~~il~o-Z1=49920

00

-

JICAMARCA PERU 1975 JUNE 3

3h 0Zd - 42 50m0deg75W WEST SPECTRUM

MH Z

-shy

uj

3-shy

-j-

F4

-150 Hz

4- AJ 44

FROM 0

TRANSMIT TED FREQUENCY +150 Hf

No

Fig 44

-IO - 123 9 1

JICAMARCA PERU it 1975 JUNE 3 5t~~hi52 30- i32ezmoVmw)

600) WEST SPECTRUM-_

a3

I-n

0Jj0

r-

CL

-150

--Hz

A) FROM 0

TRANSMITTED FREQUENCY +150Hz

--

Fig 45

r-

t 0

Li

0

CL zL 10

79

JICAMARCA PERU 1975 JUNE 3

h m s h m s3h 250_ -13h 52 30s(750 W)

600 WtQST SPECTRUM

-lo=49920 MHZ -

uj 0

-150 H

~ Af FROM 0

TRANSMITTED +150 Hia

FREQUENCY shy

Fig 46

1111111111111111111I Ill lI i ill |

JICAMARCA- PERU - - h 1975 JUNE 3

V50 h hm s

5500 -44 30t(75W) W 60 deg WEST SPECTRUM

to to =49920 MHZ

w5 36 5- - J

01

ui0

-5 He 0 +450 H a

-d - A FROM RANSM[TTED FREQUENCY

ALO0T075

Fig 47

4 IJICAMARCA PERU

lii

7- i600 WEST SPECTRUM 0 ashy

5t= 49920 MHZ 0

Ishy

wjo -1B50 Hz 0 + 150 H

-4----A FROM TRANSMITTED FREQUENCY -P AL 7n

Fplusmn48

z JICAMARCA PERU 04 1975h m s z JUNE 5h m0-s3z o

10 0922 30-09 32 3 0 750w)

600 -WEST SPECTRUM

= 49 920 MHZ

w 5 i

-LJ gt

-150Hz 10 + 150Hz bull FROM TRANSMITTED FREQUENCY -

NO 2758

ALOnT75

Fig 49

1111

II~j~

IJICAMARCA

74975 JUNE PERU 5

0h -m

09 5Z 3 s h ni - 11 27 s )30 (750W)75 deg )

600 WEST SPECTRUM w - 49 920 MH7

33 5

0 6-

_j 6

0

-150H

-J FROM A5O

TRANsJVITTED FREQUENCY Ha

Fig 50shy

I JICAMARCA PERU - h 1975 JUNE 5

z 11-44 3 57330-110 -shy 600 WEST SPECTRUM

S fo 49 920 MHZ

- Lw centJ5 shygt) 5

I--0

Li i

-150Hz 0 + 150 HE - A- FROM TRANSMITTED FREQUENCY - O

0N 2760 ALOHT75

Fig 51

JICAMARCA PERU 1975 JUNE- 3

- - h mns h miiaP 10 52 30 - i 2 00(75Wo

600 WEST SPECTRUMC3 -o =49 9OMHZ

Coj 0

0 + 150 He-150 nHe

of Al FROM TRAN S MIT T ED FREQUENCY --- POP

FiLg 41

JICAMARCA PERU 975 JUNE 3

hZl II 260 0s -

WEST 5 0moo(75 oW)SPECTRUMshy

10 4992OMHZ

0

a 0

1 -150 Hz 0 +150 He

Fig14 FROM TRANSMItTTED FREQUENCY

--

--

JICAMARCA PERU _ 1975 JUNE 3

c i1 z 5 3osd t Zo o( 7 5oW)Z-w 1 600 WEST SPECTRUM1-12 fo =49920MHZ

0 0

o-

r 5

- -1i50 He- 0 +450 Ha A FROM TRAN SM IT T ED FREQUENCY -0

LC 75

Fig 43

Sm

-

a600 ta~~il~o-Z1=49920

00

-

JICAMARCA PERU 1975 JUNE 3

3h 0Zd - 42 50m0deg75W WEST SPECTRUM

MH Z

-shy

uj

3-shy

-j-

F4

-150 Hz

4- AJ 44

FROM 0

TRANSMIT TED FREQUENCY +150 Hf

No

Fig 44

-IO - 123 9 1

JICAMARCA PERU it 1975 JUNE 3 5t~~hi52 30- i32ezmoVmw)

600) WEST SPECTRUM-_

a3

I-n

0Jj0

r-

CL

-150

--Hz

A) FROM 0

TRANSMITTED FREQUENCY +150Hz

--

Fig 45

r-

t 0

Li

0

CL zL 10

79

JICAMARCA PERU 1975 JUNE 3

h m s h m s3h 250_ -13h 52 30s(750 W)

600 WtQST SPECTRUM

-lo=49920 MHZ -

uj 0

-150 H

~ Af FROM 0

TRANSMITTED +150 Hia

FREQUENCY shy

Fig 46

1111111111111111111I Ill lI i ill |

JICAMARCA- PERU - - h 1975 JUNE 3

V50 h hm s

5500 -44 30t(75W) W 60 deg WEST SPECTRUM

to to =49920 MHZ

w5 36 5- - J

01

ui0

-5 He 0 +450 H a

-d - A FROM RANSM[TTED FREQUENCY

ALO0T075

Fig 47

4 IJICAMARCA PERU

lii

7- i600 WEST SPECTRUM 0 ashy

5t= 49920 MHZ 0

Ishy

wjo -1B50 Hz 0 + 150 H

-4----A FROM TRANSMITTED FREQUENCY -P AL 7n

Fplusmn48

z JICAMARCA PERU 04 1975h m s z JUNE 5h m0-s3z o

10 0922 30-09 32 3 0 750w)

600 -WEST SPECTRUM

= 49 920 MHZ

w 5 i

-LJ gt

-150Hz 10 + 150Hz bull FROM TRANSMITTED FREQUENCY -

NO 2758

ALOnT75

Fig 49

1111

II~j~

IJICAMARCA

74975 JUNE PERU 5

0h -m

09 5Z 3 s h ni - 11 27 s )30 (750W)75 deg )

600 WEST SPECTRUM w - 49 920 MH7

33 5

0 6-

_j 6

0

-150H

-J FROM A5O

TRANsJVITTED FREQUENCY Ha

Fig 50shy

I JICAMARCA PERU - h 1975 JUNE 5

z 11-44 3 57330-110 -shy 600 WEST SPECTRUM

S fo 49 920 MHZ

- Lw centJ5 shygt) 5

I--0

Li i

-150Hz 0 + 150 HE - A- FROM TRANSMITTED FREQUENCY - O

0N 2760 ALOHT75

Fig 51

JICAMARCA PERU 975 JUNE 3

hZl II 260 0s -

WEST 5 0moo(75 oW)SPECTRUMshy

10 4992OMHZ

0

a 0

1 -150 Hz 0 +150 He

Fig14 FROM TRANSMItTTED FREQUENCY

--

--

JICAMARCA PERU _ 1975 JUNE 3

c i1 z 5 3osd t Zo o( 7 5oW)Z-w 1 600 WEST SPECTRUM1-12 fo =49920MHZ

0 0

o-

r 5

- -1i50 He- 0 +450 Ha A FROM TRAN SM IT T ED FREQUENCY -0

LC 75

Fig 43

Sm

-

a600 ta~~il~o-Z1=49920

00

-

JICAMARCA PERU 1975 JUNE 3

3h 0Zd - 42 50m0deg75W WEST SPECTRUM

MH Z

-shy

uj

3-shy

-j-

F4

-150 Hz

4- AJ 44

FROM 0

TRANSMIT TED FREQUENCY +150 Hf

No

Fig 44

-IO - 123 9 1

JICAMARCA PERU it 1975 JUNE 3 5t~~hi52 30- i32ezmoVmw)

600) WEST SPECTRUM-_

a3

I-n

0Jj0

r-

CL

-150

--Hz

A) FROM 0

TRANSMITTED FREQUENCY +150Hz

--

Fig 45

r-

t 0

Li

0

CL zL 10

79

JICAMARCA PERU 1975 JUNE 3

h m s h m s3h 250_ -13h 52 30s(750 W)

600 WtQST SPECTRUM

-lo=49920 MHZ -

uj 0

-150 H

~ Af FROM 0

TRANSMITTED +150 Hia

FREQUENCY shy

Fig 46

1111111111111111111I Ill lI i ill |

JICAMARCA- PERU - - h 1975 JUNE 3

V50 h hm s

5500 -44 30t(75W) W 60 deg WEST SPECTRUM

to to =49920 MHZ

w5 36 5- - J

01

ui0

-5 He 0 +450 H a

-d - A FROM RANSM[TTED FREQUENCY

ALO0T075

Fig 47

4 IJICAMARCA PERU

lii

7- i600 WEST SPECTRUM 0 ashy

5t= 49920 MHZ 0

Ishy

wjo -1B50 Hz 0 + 150 H

-4----A FROM TRANSMITTED FREQUENCY -P AL 7n

Fplusmn48

z JICAMARCA PERU 04 1975h m s z JUNE 5h m0-s3z o

10 0922 30-09 32 3 0 750w)

600 -WEST SPECTRUM

= 49 920 MHZ

w 5 i

-LJ gt

-150Hz 10 + 150Hz bull FROM TRANSMITTED FREQUENCY -

NO 2758

ALOnT75

Fig 49

1111

II~j~

IJICAMARCA

74975 JUNE PERU 5

0h -m

09 5Z 3 s h ni - 11 27 s )30 (750W)75 deg )

600 WEST SPECTRUM w - 49 920 MH7

33 5

0 6-

_j 6

0

-150H

-J FROM A5O

TRANsJVITTED FREQUENCY Ha

Fig 50shy

I JICAMARCA PERU - h 1975 JUNE 5

z 11-44 3 57330-110 -shy 600 WEST SPECTRUM

S fo 49 920 MHZ

- Lw centJ5 shygt) 5

I--0

Li i

-150Hz 0 + 150 HE - A- FROM TRANSMITTED FREQUENCY - O

0N 2760 ALOHT75

Fig 51

--

--

JICAMARCA PERU _ 1975 JUNE 3

c i1 z 5 3osd t Zo o( 7 5oW)Z-w 1 600 WEST SPECTRUM1-12 fo =49920MHZ

0 0

o-

r 5

- -1i50 He- 0 +450 Ha A FROM TRAN SM IT T ED FREQUENCY -0

LC 75

Fig 43

Sm

-

a600 ta~~il~o-Z1=49920

00

-

JICAMARCA PERU 1975 JUNE 3

3h 0Zd - 42 50m0deg75W WEST SPECTRUM

MH Z

-shy

uj

3-shy

-j-

F4

-150 Hz

4- AJ 44

FROM 0

TRANSMIT TED FREQUENCY +150 Hf

No

Fig 44

-IO - 123 9 1

JICAMARCA PERU it 1975 JUNE 3 5t~~hi52 30- i32ezmoVmw)

600) WEST SPECTRUM-_

a3

I-n

0Jj0

r-

CL

-150

--Hz

A) FROM 0

TRANSMITTED FREQUENCY +150Hz

--

Fig 45

r-

t 0

Li

0

CL zL 10

79

JICAMARCA PERU 1975 JUNE 3

h m s h m s3h 250_ -13h 52 30s(750 W)

600 WtQST SPECTRUM

-lo=49920 MHZ -

uj 0

-150 H

~ Af FROM 0

TRANSMITTED +150 Hia

FREQUENCY shy

Fig 46

1111111111111111111I Ill lI i ill |

JICAMARCA- PERU - - h 1975 JUNE 3

V50 h hm s

5500 -44 30t(75W) W 60 deg WEST SPECTRUM

to to =49920 MHZ

w5 36 5- - J

01

ui0

-5 He 0 +450 H a

-d - A FROM RANSM[TTED FREQUENCY

ALO0T075

Fig 47

4 IJICAMARCA PERU

lii

7- i600 WEST SPECTRUM 0 ashy

5t= 49920 MHZ 0

Ishy

wjo -1B50 Hz 0 + 150 H

-4----A FROM TRANSMITTED FREQUENCY -P AL 7n

Fplusmn48

z JICAMARCA PERU 04 1975h m s z JUNE 5h m0-s3z o

10 0922 30-09 32 3 0 750w)

600 -WEST SPECTRUM

= 49 920 MHZ

w 5 i

-LJ gt

-150Hz 10 + 150Hz bull FROM TRANSMITTED FREQUENCY -

NO 2758

ALOnT75

Fig 49

1111

II~j~

IJICAMARCA

74975 JUNE PERU 5

0h -m

09 5Z 3 s h ni - 11 27 s )30 (750W)75 deg )

600 WEST SPECTRUM w - 49 920 MH7

33 5

0 6-

_j 6

0

-150H

-J FROM A5O

TRANsJVITTED FREQUENCY Ha

Fig 50shy

I JICAMARCA PERU - h 1975 JUNE 5

z 11-44 3 57330-110 -shy 600 WEST SPECTRUM

S fo 49 920 MHZ

- Lw centJ5 shygt) 5

I--0

Li i

-150Hz 0 + 150 HE - A- FROM TRANSMITTED FREQUENCY - O

0N 2760 ALOHT75

Fig 51

Sm

-

a600 ta~~il~o-Z1=49920

00

-

JICAMARCA PERU 1975 JUNE 3

3h 0Zd - 42 50m0deg75W WEST SPECTRUM

MH Z

-shy

uj

3-shy

-j-

F4

-150 Hz

4- AJ 44

FROM 0

TRANSMIT TED FREQUENCY +150 Hf

No

Fig 44

-IO - 123 9 1

JICAMARCA PERU it 1975 JUNE 3 5t~~hi52 30- i32ezmoVmw)

600) WEST SPECTRUM-_

a3

I-n

0Jj0

r-

CL

-150

--Hz

A) FROM 0

TRANSMITTED FREQUENCY +150Hz

--

Fig 45

r-

t 0

Li

0

CL zL 10

79

JICAMARCA PERU 1975 JUNE 3

h m s h m s3h 250_ -13h 52 30s(750 W)

600 WtQST SPECTRUM

-lo=49920 MHZ -

uj 0

-150 H

~ Af FROM 0

TRANSMITTED +150 Hia

FREQUENCY shy

Fig 46

1111111111111111111I Ill lI i ill |

JICAMARCA- PERU - - h 1975 JUNE 3

V50 h hm s

5500 -44 30t(75W) W 60 deg WEST SPECTRUM

to to =49920 MHZ

w5 36 5- - J

01

ui0

-5 He 0 +450 H a

-d - A FROM RANSM[TTED FREQUENCY

ALO0T075

Fig 47

4 IJICAMARCA PERU

lii

7- i600 WEST SPECTRUM 0 ashy

5t= 49920 MHZ 0

Ishy

wjo -1B50 Hz 0 + 150 H

-4----A FROM TRANSMITTED FREQUENCY -P AL 7n

Fplusmn48

z JICAMARCA PERU 04 1975h m s z JUNE 5h m0-s3z o

10 0922 30-09 32 3 0 750w)

600 -WEST SPECTRUM

= 49 920 MHZ

w 5 i

-LJ gt

-150Hz 10 + 150Hz bull FROM TRANSMITTED FREQUENCY -

NO 2758

ALOnT75

Fig 49

1111

II~j~

IJICAMARCA

74975 JUNE PERU 5

0h -m

09 5Z 3 s h ni - 11 27 s )30 (750W)75 deg )

600 WEST SPECTRUM w - 49 920 MH7

33 5

0 6-

_j 6

0

-150H

-J FROM A5O

TRANsJVITTED FREQUENCY Ha

Fig 50shy

I JICAMARCA PERU - h 1975 JUNE 5

z 11-44 3 57330-110 -shy 600 WEST SPECTRUM

S fo 49 920 MHZ

- Lw centJ5 shygt) 5

I--0

Li i

-150Hz 0 + 150 HE - A- FROM TRANSMITTED FREQUENCY - O

0N 2760 ALOHT75

Fig 51

-IO - 123 9 1

JICAMARCA PERU it 1975 JUNE 3 5t~~hi52 30- i32ezmoVmw)

600) WEST SPECTRUM-_

a3

I-n

0Jj0

r-

CL

-150

--Hz

A) FROM 0

TRANSMITTED FREQUENCY +150Hz

--

Fig 45

r-

t 0

Li

0

CL zL 10

79

JICAMARCA PERU 1975 JUNE 3

h m s h m s3h 250_ -13h 52 30s(750 W)

600 WtQST SPECTRUM

-lo=49920 MHZ -

uj 0

-150 H

~ Af FROM 0

TRANSMITTED +150 Hia

FREQUENCY shy

Fig 46

1111111111111111111I Ill lI i ill |

JICAMARCA- PERU - - h 1975 JUNE 3

V50 h hm s

5500 -44 30t(75W) W 60 deg WEST SPECTRUM

to to =49920 MHZ

w5 36 5- - J

01

ui0

-5 He 0 +450 H a

-d - A FROM RANSM[TTED FREQUENCY

ALO0T075

Fig 47

4 IJICAMARCA PERU

lii

7- i600 WEST SPECTRUM 0 ashy

5t= 49920 MHZ 0

Ishy

wjo -1B50 Hz 0 + 150 H

-4----A FROM TRANSMITTED FREQUENCY -P AL 7n

Fplusmn48

z JICAMARCA PERU 04 1975h m s z JUNE 5h m0-s3z o

10 0922 30-09 32 3 0 750w)

600 -WEST SPECTRUM

= 49 920 MHZ

w 5 i

-LJ gt

-150Hz 10 + 150Hz bull FROM TRANSMITTED FREQUENCY -

NO 2758

ALOnT75

Fig 49

1111

II~j~

IJICAMARCA

74975 JUNE PERU 5

0h -m

09 5Z 3 s h ni - 11 27 s )30 (750W)75 deg )

600 WEST SPECTRUM w - 49 920 MH7

33 5

0 6-

_j 6

0

-150H

-J FROM A5O

TRANsJVITTED FREQUENCY Ha

Fig 50shy

I JICAMARCA PERU - h 1975 JUNE 5

z 11-44 3 57330-110 -shy 600 WEST SPECTRUM

S fo 49 920 MHZ

- Lw centJ5 shygt) 5

I--0

Li i

-150Hz 0 + 150 HE - A- FROM TRANSMITTED FREQUENCY - O

0N 2760 ALOHT75

Fig 51

r-

t 0

Li

0

CL zL 10

79

JICAMARCA PERU 1975 JUNE 3

h m s h m s3h 250_ -13h 52 30s(750 W)

600 WtQST SPECTRUM

-lo=49920 MHZ -

uj 0

-150 H

~ Af FROM 0

TRANSMITTED +150 Hia

FREQUENCY shy

Fig 46

1111111111111111111I Ill lI i ill |

JICAMARCA- PERU - - h 1975 JUNE 3

V50 h hm s

5500 -44 30t(75W) W 60 deg WEST SPECTRUM

to to =49920 MHZ

w5 36 5- - J

01

ui0

-5 He 0 +450 H a

-d - A FROM RANSM[TTED FREQUENCY

ALO0T075

Fig 47

4 IJICAMARCA PERU

lii

7- i600 WEST SPECTRUM 0 ashy

5t= 49920 MHZ 0

Ishy

wjo -1B50 Hz 0 + 150 H

-4----A FROM TRANSMITTED FREQUENCY -P AL 7n

Fplusmn48

z JICAMARCA PERU 04 1975h m s z JUNE 5h m0-s3z o

10 0922 30-09 32 3 0 750w)

600 -WEST SPECTRUM

= 49 920 MHZ

w 5 i

-LJ gt

-150Hz 10 + 150Hz bull FROM TRANSMITTED FREQUENCY -

NO 2758

ALOnT75

Fig 49

1111

II~j~

IJICAMARCA

74975 JUNE PERU 5

0h -m

09 5Z 3 s h ni - 11 27 s )30 (750W)75 deg )

600 WEST SPECTRUM w - 49 920 MH7

33 5

0 6-

_j 6

0

-150H

-J FROM A5O

TRANsJVITTED FREQUENCY Ha

Fig 50shy

I JICAMARCA PERU - h 1975 JUNE 5

z 11-44 3 57330-110 -shy 600 WEST SPECTRUM

S fo 49 920 MHZ

- Lw centJ5 shygt) 5

I--0

Li i

-150Hz 0 + 150 HE - A- FROM TRANSMITTED FREQUENCY - O

0N 2760 ALOHT75

Fig 51

1111111111111111111I Ill lI i ill |

JICAMARCA- PERU - - h 1975 JUNE 3

V50 h hm s

5500 -44 30t(75W) W 60 deg WEST SPECTRUM

to to =49920 MHZ

w5 36 5- - J

01

ui0

-5 He 0 +450 H a

-d - A FROM RANSM[TTED FREQUENCY

ALO0T075

Fig 47

4 IJICAMARCA PERU

lii

7- i600 WEST SPECTRUM 0 ashy

5t= 49920 MHZ 0

Ishy

wjo -1B50 Hz 0 + 150 H

-4----A FROM TRANSMITTED FREQUENCY -P AL 7n

Fplusmn48

z JICAMARCA PERU 04 1975h m s z JUNE 5h m0-s3z o

10 0922 30-09 32 3 0 750w)

600 -WEST SPECTRUM

= 49 920 MHZ

w 5 i

-LJ gt

-150Hz 10 + 150Hz bull FROM TRANSMITTED FREQUENCY -

NO 2758

ALOnT75

Fig 49

1111

II~j~

IJICAMARCA

74975 JUNE PERU 5

0h -m

09 5Z 3 s h ni - 11 27 s )30 (750W)75 deg )

600 WEST SPECTRUM w - 49 920 MH7

33 5

0 6-

_j 6

0

-150H

-J FROM A5O

TRANsJVITTED FREQUENCY Ha

Fig 50shy

I JICAMARCA PERU - h 1975 JUNE 5

z 11-44 3 57330-110 -shy 600 WEST SPECTRUM

S fo 49 920 MHZ

- Lw centJ5 shygt) 5

I--0

Li i

-150Hz 0 + 150 HE - A- FROM TRANSMITTED FREQUENCY - O

0N 2760 ALOHT75

Fig 51

4 IJICAMARCA PERU

lii

7- i600 WEST SPECTRUM 0 ashy

5t= 49920 MHZ 0

Ishy

wjo -1B50 Hz 0 + 150 H

-4----A FROM TRANSMITTED FREQUENCY -P AL 7n

Fplusmn48

z JICAMARCA PERU 04 1975h m s z JUNE 5h m0-s3z o

10 0922 30-09 32 3 0 750w)

600 -WEST SPECTRUM

= 49 920 MHZ

w 5 i

-LJ gt

-150Hz 10 + 150Hz bull FROM TRANSMITTED FREQUENCY -

NO 2758

ALOnT75

Fig 49

1111

II~j~

IJICAMARCA

74975 JUNE PERU 5

0h -m

09 5Z 3 s h ni - 11 27 s )30 (750W)75 deg )

600 WEST SPECTRUM w - 49 920 MH7

33 5

0 6-

_j 6

0

-150H

-J FROM A5O

TRANsJVITTED FREQUENCY Ha

Fig 50shy

I JICAMARCA PERU - h 1975 JUNE 5

z 11-44 3 57330-110 -shy 600 WEST SPECTRUM

S fo 49 920 MHZ

- Lw centJ5 shygt) 5

I--0

Li i

-150Hz 0 + 150 HE - A- FROM TRANSMITTED FREQUENCY - O

0N 2760 ALOHT75

Fig 51

z JICAMARCA PERU 04 1975h m s z JUNE 5h m0-s3z o

10 0922 30-09 32 3 0 750w)

600 -WEST SPECTRUM

= 49 920 MHZ

w 5 i

-LJ gt

-150Hz 10 + 150Hz bull FROM TRANSMITTED FREQUENCY -

NO 2758

ALOnT75

Fig 49

1111

II~j~

IJICAMARCA

74975 JUNE PERU 5

0h -m

09 5Z 3 s h ni - 11 27 s )30 (750W)75 deg )

600 WEST SPECTRUM w - 49 920 MH7

33 5

0 6-

_j 6

0

-150H

-J FROM A5O

TRANsJVITTED FREQUENCY Ha

Fig 50shy

I JICAMARCA PERU - h 1975 JUNE 5

z 11-44 3 57330-110 -shy 600 WEST SPECTRUM

S fo 49 920 MHZ

- Lw centJ5 shygt) 5

I--0

Li i

-150Hz 0 + 150 HE - A- FROM TRANSMITTED FREQUENCY - O

0N 2760 ALOHT75

Fig 51

1111

II~j~

IJICAMARCA

74975 JUNE PERU 5

0h -m

09 5Z 3 s h ni - 11 27 s )30 (750W)75 deg )

600 WEST SPECTRUM w - 49 920 MH7

33 5

0 6-

_j 6

0

-150H

-J FROM A5O

TRANsJVITTED FREQUENCY Ha

Fig 50shy

I JICAMARCA PERU - h 1975 JUNE 5

z 11-44 3 57330-110 -shy 600 WEST SPECTRUM

S fo 49 920 MHZ

- Lw centJ5 shygt) 5

I--0

Li i

-150Hz 0 + 150 HE - A- FROM TRANSMITTED FREQUENCY - O

0N 2760 ALOHT75

Fig 51

I JICAMARCA PERU - h 1975 JUNE 5

z 11-44 3 57330-110 -shy 600 WEST SPECTRUM

S fo 49 920 MHZ

- Lw centJ5 shygt) 5

I--0

Li i

-150Hz 0 + 150 HE - A- FROM TRANSMITTED FREQUENCY - O

0N 2760 ALOHT75

Fig 51

03

W--N

01975 IJICAMARCAJUNE PERU

5 0 2

o -600 12 1 0 00 1 t

WEST 0 0 (75 0W)-

SPECTRUM

uj 5 0o= 49 920 MHZ

- -J w3

N02--AJ -150H z -tSOHE

FROM 0+ 0TRANSMITTED FREQUENCY

450He+ 5 H -

ALOHT75

Fi-g 52

IbullK z10o

LU

0

JICAMARCA

5

PERU 1975 JUNE 5

i2P40 oo- 43 0 7m3 (7 50W)-600 WEST SPECTRUM

Jo = 49 920 MH Z

C)

cc

Ld

ashy

5I

AoNTA5

2ROM-A

150HE

JR FROM

O

TRANSMITTED FREQUENCY + 150 Hz

-

Fig 53

l i i t j1 1 1 1 1I I I II

0

o

0-

1A

3i

-

JICAMA RCA PERU 1975 JUNE 5

ho m s h ampC50w00 - 3 4 7 3 (7

600 WE T SPECTRUM

o 4 920 MHZ

6 - CDo

5

0I

wcc 6

A

-N

Fig7 5

-150 Ha

2------ A J FROM

0

TRANSMITTED FREQLUENCY +150 Ha

Fig 54

-I JICAMARCA RUz~ s- oi m osc7deg r o 40_ 4975 JUNE 5

30-44h 4h 30(75W 600 WEST SPECTRUM

o= 49 920 MHF

Li 3

-

Ndeg 75

-15OHa

NF-----14Al FROM

0

TRANSMITTED

+ M0 H

FREQUENCY

Fig 55

- adeg JICAMARCA PERU 4975 JUNE 6

uJZ 411129473300O (750W)

600 WEST SPECTRUM o 10=49920 MHZ

o10 3cr2 100 1p

O0

w5

Lu

-9

-15OHa 0 -+150H

4r AJ FROM TRANSMITTED FREQUENCY o No 2710

Fig 56

JICAMARCA PERU 4975 JUNE 6

_ ~~hm stis(5wcn08 52 30-0945~ 7)J 600 WEST SPECTRUMW 10 =49920MHZ

3 0r1012

0

i 5

ai gtshy

-juj

-i5OHa 0 + 150 H -- A FROM TRANSMITTED FREQUENCY -0

N0 2769

Fig4T55

Fig 57

JICMARCA PERU 1975 JUNE 6

h- - 611 1500- l 4 7m 3 s (750W)w600 WEST SPECTRUM m t49920 MHZ w2 C= to5 00 1 ashy

0

-150 He 0 + 450Ha bull t-----A FROM TRANSMITTED - FREQUENCY Do

402771

Fig 58

JICAMARCAI PERU1975 JUNE 6

in 4P 5e s 1 47 ampm34 5-0 s1750W)-0O WEST SPECTRUM

a foo=4992MHE

cr to - 07 Li 5a- -

7 I5

44AlFROM TRANSM ITTED FREQUENCY lab 4LOF72

bullFig 59

JICAMARCA PERU bull- 1975hm JUNE 6 s-hmos7

1252 k-13 57 30(755 W)z 60EST SPECTRUM oI =49920MHZ 0 - 10

CL

0 5 001

0

t) I

-$5oHE 0 150 He - AJ FROM TRANSMITTED FREQUENCY

AL 75

Fi4g 60

JICAMARCA PERU wW= 1975 JUNE

o10 16 9 084500 -0 473 75W) shywIh

- 600 WEST SPECTRUM

4S 10= 49920 M Zamp3

w5 - c

00

-150 H 0 + 10Hz 4- A FROM TRANSMITTED FREQUENC-Y

N02748

LFITg- 61

Fig 61

JICAMARCA PERU 1975 JUNE 7

1t0 -- _- C 023e -10 55f 0 s(75w)-600_WEST SPECTRUM 0shy

05 to 49920 M HZ - o

w 5 0 01

LA

ishy

-150 He 0 +150Hz

N02749 A- FROM TRANSMITTED FREQUENCY --0

ALOIT75

Fig 62

S-

0

j

-

I 11111 1111 11111 I I IjI i i

JICAMARCA PERU i975 JUNE 7

1oh 5730 - 11h2 mooo (75ow)shy

600 WEST SPECTRUM

c -i 5

200

S+ 4992OMH

w

S0

N2 750 ALHT-75

-150 Hz i---AJ FROM

O TRANSMITTED FREQUENCY

+450 He

--n

Fi9 63

I-shy

-- JICAMARCA PERU 1975 JUNE 7

w toh 22 3s _ 25 m00 5w

2 - 600 WEST SPECTRUM

49920 MH -

C)o ujw 5

-J

-50 H 0 +t50 Hz

r25 -- LI FROM -TRANSMITTED FREQUENCY Ndeg0875

iFLO475

Figt 64

Ishy

- JICAMARCA PERU 1975 JUNE

to ii 1 71hzrj1h 5eoofgthow) 60 WEST SPECTRUM

S - f0 =49920 MH-

wL 5 S2 CIO

oo

wo

-15OHa 0 +150 Hz

N4-A75 FROM TRANSMITTED FREQUENCY-po ALIFT75

Fig 65

JICAMARCA PERU w 8 1975 IJUNE 7 S4i 12 3d p 13 hCjn 30 (75I

0 600 WEST SPECTRUM 0

0 o 9920 MH Z

w 5 w7

15 Ok +450 HzAS FROM TRANSMITTED FREQUENCY -O

753

Fig 66

0 10

0

0 z w 5+

13 1 1 1 l

CL

l l i ~ l

- 1975

13

IIJ l l lPR

ICAMARCA PERU JUNE 7

o ocP -- 23 3 (750a 600 WEST SPECTRUM

fo = 499-0M HE7

0

-

-shy

-LJ

NO 2754

-1SOH -Al FROM TRANSMITTED FREQUENCY

+150H -

Fig 67

APPENDIX D

ELECTROJET DOPPLER SHIFT AND CONDITION

-92shy

-93-

FIGURE CAPTIONS

Fig 68-to 72 Electron temperature and condition as function

of local time (750W) for the dates indicated

in the figures

200 JICAMARCA- PERUJUNE 02 1975

ELECTROJET DOPPLER SHIFTAND CONDITION

10

20

40

s-A -J

AD 313

~Developed -

AA AAA AAA

Dloppler Ski A AA

AA

Sclraledqipe

2

S 13

6

0

4

2 o

08 09 40 11 A01

12 Local Time

J43 (1tW)

14 15 Type

16 11 0

Fig 68

JICAMARCA - PERU JUNE 31975 ELECTROJET DOPPLER SHIFTAND CONDITION

-0

I

16

I 4 -

200 10 L1

-Z160 -8

1-120 - AA 6

80-A(AA

40shy

80ampA amp

a A

aoppler shift Saturtted f

Oeloped

4

a8 09 10

11

Local Time 12

(75 W) 13 14 15

Fig 69

I$

200-

it6o I

JICAMARCA- PERU JUNE 51975 1 ELECTROJET DOIPLER SHIFT AND CONDITION

j

to

a8

QZ80

2 A 0El A aAAQ

S0

44

A

9 A

Doppler Shift

Soturated 4

A

ao Developed 0

0

0~4 ~~~4O~~

1 ~ N~ginaTA

1 11 1 1 1 1 I oll I I I

Type II Tye0

0

08 09 10 - tt 42 13 14

Local Time (75degW)

Fig 70

JICAMARCA- PERU E6 1975 ELECTROJET DOPPLER SHIFT AND CONDITION

200-10

-Z160 shy1 A

El 3 6o

80

0

Co

a

A

A bA4 A A

AA 4 A

4-

A

ADoppler Shift a] L--A Saraten

Develo

D Mrginal A1

20

08 09 0

t0 11 12 13 Type 11 14

0

Local Time (750W)

Fig 71

JICAMARCA- PERU JUNE 71975 ELECTROJET DOPPLER SHIFT AND CONDITION

200 C 00

0

160 -

804

08

DY 4A

wSaturateda

-

o 09 10 11

-

n

2

o

Doppler Shift

av

13

Developed 0

Marginal A Type n

114

0o

z

0s

Local Time C75 W)

Fig 72

APPENDIX E

150 KM ECHOING RFGIQN

-99

-100-

FIGURE CAPTIONS

Fig 73 to 82 Photographic records of the 150 km Echoing

Regionon June 7 1975 at the local times

(75V) indicated in each photograph The

firstpulse cqrre o 155 km and bullthe

interpulse distaaices 25 km

RECEDINQ PAGE5BLANK NOT FxLMED

-1-Nshy

PNO 1B PWR QTJAIATY

Ln

Pr4

ORTr4A L PAGE IS

4OFPOOR QUALITY

r 7CVTNAL PAGB 13

qroiQo ALM

r7

00

r4

Fr4

-120shy

co

t4

cli

IbullK z10o

LU

0

JICAMARCA

5

PERU 1975 JUNE 5

i2P40 oo- 43 0 7m3 (7 50W)-600 WEST SPECTRUM

Jo = 49 920 MH Z

C)

cc

Ld

ashy

5I

AoNTA5

2ROM-A

150HE

JR FROM

O

TRANSMITTED FREQUENCY + 150 Hz

-

Fig 53

l i i t j1 1 1 1 1I I I II

0

o

0-

1A

3i

-

JICAMA RCA PERU 1975 JUNE 5

ho m s h ampC50w00 - 3 4 7 3 (7

600 WE T SPECTRUM

o 4 920 MHZ

6 - CDo

5

0I

wcc 6

A

-N

Fig7 5

-150 Ha

2------ A J FROM

0

TRANSMITTED FREQLUENCY +150 Ha

Fig 54

-I JICAMARCA RUz~ s- oi m osc7deg r o 40_ 4975 JUNE 5

30-44h 4h 30(75W 600 WEST SPECTRUM

o= 49 920 MHF

Li 3

-

Ndeg 75

-15OHa

NF-----14Al FROM

0

TRANSMITTED

+ M0 H

FREQUENCY

Fig 55

- adeg JICAMARCA PERU 4975 JUNE 6

uJZ 411129473300O (750W)

600 WEST SPECTRUM o 10=49920 MHZ

o10 3cr2 100 1p

O0

w5

Lu

-9

-15OHa 0 -+150H

4r AJ FROM TRANSMITTED FREQUENCY o No 2710

Fig 56

JICAMARCA PERU 4975 JUNE 6

_ ~~hm stis(5wcn08 52 30-0945~ 7)J 600 WEST SPECTRUMW 10 =49920MHZ

3 0r1012

0

i 5

ai gtshy

-juj

-i5OHa 0 + 150 H -- A FROM TRANSMITTED FREQUENCY -0

N0 2769

Fig4T55

Fig 57

JICMARCA PERU 1975 JUNE 6

h- - 611 1500- l 4 7m 3 s (750W)w600 WEST SPECTRUM m t49920 MHZ w2 C= to5 00 1 ashy

0

-150 He 0 + 450Ha bull t-----A FROM TRANSMITTED - FREQUENCY Do

402771

Fig 58

JICAMARCAI PERU1975 JUNE 6

in 4P 5e s 1 47 ampm34 5-0 s1750W)-0O WEST SPECTRUM

a foo=4992MHE

cr to - 07 Li 5a- -

7 I5

44AlFROM TRANSM ITTED FREQUENCY lab 4LOF72

bullFig 59

JICAMARCA PERU bull- 1975hm JUNE 6 s-hmos7

1252 k-13 57 30(755 W)z 60EST SPECTRUM oI =49920MHZ 0 - 10

CL

0 5 001

0

t) I

-$5oHE 0 150 He - AJ FROM TRANSMITTED FREQUENCY

AL 75

Fi4g 60

JICAMARCA PERU wW= 1975 JUNE

o10 16 9 084500 -0 473 75W) shywIh

- 600 WEST SPECTRUM

4S 10= 49920 M Zamp3

w5 - c

00

-150 H 0 + 10Hz 4- A FROM TRANSMITTED FREQUENC-Y

N02748

LFITg- 61

Fig 61

JICAMARCA PERU 1975 JUNE 7

1t0 -- _- C 023e -10 55f 0 s(75w)-600_WEST SPECTRUM 0shy

05 to 49920 M HZ - o

w 5 0 01

LA

ishy

-150 He 0 +150Hz

N02749 A- FROM TRANSMITTED FREQUENCY --0

ALOIT75

Fig 62

S-

0

j

-

I 11111 1111 11111 I I IjI i i

JICAMARCA PERU i975 JUNE 7

1oh 5730 - 11h2 mooo (75ow)shy

600 WEST SPECTRUM

c -i 5

200

S+ 4992OMH

w

S0

N2 750 ALHT-75

-150 Hz i---AJ FROM

O TRANSMITTED FREQUENCY

+450 He

--n

Fi9 63

I-shy

-- JICAMARCA PERU 1975 JUNE 7

w toh 22 3s _ 25 m00 5w

2 - 600 WEST SPECTRUM

49920 MH -

C)o ujw 5

-J

-50 H 0 +t50 Hz

r25 -- LI FROM -TRANSMITTED FREQUENCY Ndeg0875

iFLO475

Figt 64

Ishy

- JICAMARCA PERU 1975 JUNE

to ii 1 71hzrj1h 5eoofgthow) 60 WEST SPECTRUM

S - f0 =49920 MH-

wL 5 S2 CIO

oo

wo

-15OHa 0 +150 Hz

N4-A75 FROM TRANSMITTED FREQUENCY-po ALIFT75

Fig 65

JICAMARCA PERU w 8 1975 IJUNE 7 S4i 12 3d p 13 hCjn 30 (75I

0 600 WEST SPECTRUM 0

0 o 9920 MH Z

w 5 w7

15 Ok +450 HzAS FROM TRANSMITTED FREQUENCY -O

753

Fig 66

0 10

0

0 z w 5+

13 1 1 1 l

CL

l l i ~ l

- 1975

13

IIJ l l lPR

ICAMARCA PERU JUNE 7

o ocP -- 23 3 (750a 600 WEST SPECTRUM

fo = 499-0M HE7

0

-

-shy

-LJ

NO 2754

-1SOH -Al FROM TRANSMITTED FREQUENCY

+150H -

Fig 67

APPENDIX D

ELECTROJET DOPPLER SHIFT AND CONDITION

-92shy

-93-

FIGURE CAPTIONS

Fig 68-to 72 Electron temperature and condition as function

of local time (750W) for the dates indicated

in the figures

200 JICAMARCA- PERUJUNE 02 1975

ELECTROJET DOPPLER SHIFTAND CONDITION

10

20

40

s-A -J

AD 313

~Developed -

AA AAA AAA

Dloppler Ski A AA

AA

Sclraledqipe

2

S 13

6

0

4

2 o

08 09 40 11 A01

12 Local Time

J43 (1tW)

14 15 Type

16 11 0

Fig 68

JICAMARCA - PERU JUNE 31975 ELECTROJET DOPPLER SHIFTAND CONDITION

-0

I

16

I 4 -

200 10 L1

-Z160 -8

1-120 - AA 6

80-A(AA

40shy

80ampA amp

a A

aoppler shift Saturtted f

Oeloped

4

a8 09 10

11

Local Time 12

(75 W) 13 14 15

Fig 69

I$

200-

it6o I

JICAMARCA- PERU JUNE 51975 1 ELECTROJET DOIPLER SHIFT AND CONDITION

j

to

a8

QZ80

2 A 0El A aAAQ

S0

44

A

9 A

Doppler Shift

Soturated 4

A

ao Developed 0

0

0~4 ~~~4O~~

1 ~ N~ginaTA

1 11 1 1 1 1 I oll I I I

Type II Tye0

0

08 09 10 - tt 42 13 14

Local Time (75degW)

Fig 70

JICAMARCA- PERU E6 1975 ELECTROJET DOPPLER SHIFT AND CONDITION

200-10

-Z160 shy1 A

El 3 6o

80

0

Co

a

A

A bA4 A A

AA 4 A

4-

A

ADoppler Shift a] L--A Saraten

Develo

D Mrginal A1

20

08 09 0

t0 11 12 13 Type 11 14

0

Local Time (750W)

Fig 71

JICAMARCA- PERU JUNE 71975 ELECTROJET DOPPLER SHIFT AND CONDITION

200 C 00

0

160 -

804

08

DY 4A

wSaturateda

-

o 09 10 11

-

n

2

o

Doppler Shift

av

13

Developed 0

Marginal A Type n

114

0o

z

0s

Local Time C75 W)

Fig 72

APPENDIX E

150 KM ECHOING RFGIQN

-99

-100-

FIGURE CAPTIONS

Fig 73 to 82 Photographic records of the 150 km Echoing

Regionon June 7 1975 at the local times

(75V) indicated in each photograph The

firstpulse cqrre o 155 km and bullthe

interpulse distaaices 25 km

RECEDINQ PAGE5BLANK NOT FxLMED

-1-Nshy

PNO 1B PWR QTJAIATY

Ln

Pr4

ORTr4A L PAGE IS

4OFPOOR QUALITY

r 7CVTNAL PAGB 13

qroiQo ALM

r7

00

r4

Fr4

-120shy

co

t4

cli

l i i t j1 1 1 1 1I I I II

0

o

0-

1A

3i

-

JICAMA RCA PERU 1975 JUNE 5

ho m s h ampC50w00 - 3 4 7 3 (7

600 WE T SPECTRUM

o 4 920 MHZ

6 - CDo

5

0I

wcc 6

A

-N

Fig7 5

-150 Ha

2------ A J FROM

0

TRANSMITTED FREQLUENCY +150 Ha

Fig 54

-I JICAMARCA RUz~ s- oi m osc7deg r o 40_ 4975 JUNE 5

30-44h 4h 30(75W 600 WEST SPECTRUM

o= 49 920 MHF

Li 3

-

Ndeg 75

-15OHa

NF-----14Al FROM

0

TRANSMITTED

+ M0 H

FREQUENCY

Fig 55

- adeg JICAMARCA PERU 4975 JUNE 6

uJZ 411129473300O (750W)

600 WEST SPECTRUM o 10=49920 MHZ

o10 3cr2 100 1p

O0

w5

Lu

-9

-15OHa 0 -+150H

4r AJ FROM TRANSMITTED FREQUENCY o No 2710

Fig 56

JICAMARCA PERU 4975 JUNE 6

_ ~~hm stis(5wcn08 52 30-0945~ 7)J 600 WEST SPECTRUMW 10 =49920MHZ

3 0r1012

0

i 5

ai gtshy

-juj

-i5OHa 0 + 150 H -- A FROM TRANSMITTED FREQUENCY -0

N0 2769

Fig4T55

Fig 57

JICMARCA PERU 1975 JUNE 6

h- - 611 1500- l 4 7m 3 s (750W)w600 WEST SPECTRUM m t49920 MHZ w2 C= to5 00 1 ashy

0

-150 He 0 + 450Ha bull t-----A FROM TRANSMITTED - FREQUENCY Do

402771

Fig 58

JICAMARCAI PERU1975 JUNE 6

in 4P 5e s 1 47 ampm34 5-0 s1750W)-0O WEST SPECTRUM

a foo=4992MHE

cr to - 07 Li 5a- -

7 I5

44AlFROM TRANSM ITTED FREQUENCY lab 4LOF72

bullFig 59

JICAMARCA PERU bull- 1975hm JUNE 6 s-hmos7

1252 k-13 57 30(755 W)z 60EST SPECTRUM oI =49920MHZ 0 - 10

CL

0 5 001

0

t) I

-$5oHE 0 150 He - AJ FROM TRANSMITTED FREQUENCY

AL 75

Fi4g 60

JICAMARCA PERU wW= 1975 JUNE

o10 16 9 084500 -0 473 75W) shywIh

- 600 WEST SPECTRUM

4S 10= 49920 M Zamp3

w5 - c

00

-150 H 0 + 10Hz 4- A FROM TRANSMITTED FREQUENC-Y

N02748

LFITg- 61

Fig 61

JICAMARCA PERU 1975 JUNE 7

1t0 -- _- C 023e -10 55f 0 s(75w)-600_WEST SPECTRUM 0shy

05 to 49920 M HZ - o

w 5 0 01

LA

ishy

-150 He 0 +150Hz

N02749 A- FROM TRANSMITTED FREQUENCY --0

ALOIT75

Fig 62

S-

0

j

-

I 11111 1111 11111 I I IjI i i

JICAMARCA PERU i975 JUNE 7

1oh 5730 - 11h2 mooo (75ow)shy

600 WEST SPECTRUM

c -i 5

200

S+ 4992OMH

w

S0

N2 750 ALHT-75

-150 Hz i---AJ FROM

O TRANSMITTED FREQUENCY

+450 He

--n

Fi9 63

I-shy

-- JICAMARCA PERU 1975 JUNE 7

w toh 22 3s _ 25 m00 5w

2 - 600 WEST SPECTRUM

49920 MH -

C)o ujw 5

-J

-50 H 0 +t50 Hz

r25 -- LI FROM -TRANSMITTED FREQUENCY Ndeg0875

iFLO475

Figt 64

Ishy

- JICAMARCA PERU 1975 JUNE

to ii 1 71hzrj1h 5eoofgthow) 60 WEST SPECTRUM

S - f0 =49920 MH-

wL 5 S2 CIO

oo

wo

-15OHa 0 +150 Hz

N4-A75 FROM TRANSMITTED FREQUENCY-po ALIFT75

Fig 65

JICAMARCA PERU w 8 1975 IJUNE 7 S4i 12 3d p 13 hCjn 30 (75I

0 600 WEST SPECTRUM 0

0 o 9920 MH Z

w 5 w7

15 Ok +450 HzAS FROM TRANSMITTED FREQUENCY -O

753

Fig 66

0 10

0

0 z w 5+

13 1 1 1 l

CL

l l i ~ l

- 1975

13

IIJ l l lPR

ICAMARCA PERU JUNE 7

o ocP -- 23 3 (750a 600 WEST SPECTRUM

fo = 499-0M HE7

0

-

-shy

-LJ

NO 2754

-1SOH -Al FROM TRANSMITTED FREQUENCY

+150H -

Fig 67

APPENDIX D

ELECTROJET DOPPLER SHIFT AND CONDITION

-92shy

-93-

FIGURE CAPTIONS

Fig 68-to 72 Electron temperature and condition as function

of local time (750W) for the dates indicated

in the figures

200 JICAMARCA- PERUJUNE 02 1975

ELECTROJET DOPPLER SHIFTAND CONDITION

10

20

40

s-A -J

AD 313

~Developed -

AA AAA AAA

Dloppler Ski A AA

AA

Sclraledqipe

2

S 13

6

0

4

2 o

08 09 40 11 A01

12 Local Time

J43 (1tW)

14 15 Type

16 11 0

Fig 68

JICAMARCA - PERU JUNE 31975 ELECTROJET DOPPLER SHIFTAND CONDITION

-0

I

16

I 4 -

200 10 L1

-Z160 -8

1-120 - AA 6

80-A(AA

40shy

80ampA amp

a A

aoppler shift Saturtted f

Oeloped

4

a8 09 10

11

Local Time 12

(75 W) 13 14 15

Fig 69

I$

200-

it6o I

JICAMARCA- PERU JUNE 51975 1 ELECTROJET DOIPLER SHIFT AND CONDITION

j

to

a8

QZ80

2 A 0El A aAAQ

S0

44

A

9 A

Doppler Shift

Soturated 4

A

ao Developed 0

0

0~4 ~~~4O~~

1 ~ N~ginaTA

1 11 1 1 1 1 I oll I I I

Type II Tye0

0

08 09 10 - tt 42 13 14

Local Time (75degW)

Fig 70

JICAMARCA- PERU E6 1975 ELECTROJET DOPPLER SHIFT AND CONDITION

200-10

-Z160 shy1 A

El 3 6o

80

0

Co

a

A

A bA4 A A

AA 4 A

4-

A

ADoppler Shift a] L--A Saraten

Develo

D Mrginal A1

20

08 09 0

t0 11 12 13 Type 11 14

0

Local Time (750W)

Fig 71

JICAMARCA- PERU JUNE 71975 ELECTROJET DOPPLER SHIFT AND CONDITION

200 C 00

0

160 -

804

08

DY 4A

wSaturateda

-

o 09 10 11

-

n

2

o

Doppler Shift

av

13

Developed 0

Marginal A Type n

114

0o

z

0s

Local Time C75 W)

Fig 72

APPENDIX E

150 KM ECHOING RFGIQN

-99

-100-

FIGURE CAPTIONS

Fig 73 to 82 Photographic records of the 150 km Echoing

Regionon June 7 1975 at the local times

(75V) indicated in each photograph The

firstpulse cqrre o 155 km and bullthe

interpulse distaaices 25 km

RECEDINQ PAGE5BLANK NOT FxLMED

-1-Nshy

PNO 1B PWR QTJAIATY

Ln

Pr4

ORTr4A L PAGE IS

4OFPOOR QUALITY

r 7CVTNAL PAGB 13

qroiQo ALM

r7

00

r4

Fr4

-120shy

co

t4

cli

-I JICAMARCA RUz~ s- oi m osc7deg r o 40_ 4975 JUNE 5

30-44h 4h 30(75W 600 WEST SPECTRUM

o= 49 920 MHF

Li 3

-

Ndeg 75

-15OHa

NF-----14Al FROM

0

TRANSMITTED

+ M0 H

FREQUENCY

Fig 55

- adeg JICAMARCA PERU 4975 JUNE 6

uJZ 411129473300O (750W)

600 WEST SPECTRUM o 10=49920 MHZ

o10 3cr2 100 1p

O0

w5

Lu

-9

-15OHa 0 -+150H

4r AJ FROM TRANSMITTED FREQUENCY o No 2710

Fig 56

JICAMARCA PERU 4975 JUNE 6

_ ~~hm stis(5wcn08 52 30-0945~ 7)J 600 WEST SPECTRUMW 10 =49920MHZ

3 0r1012

0

i 5

ai gtshy

-juj

-i5OHa 0 + 150 H -- A FROM TRANSMITTED FREQUENCY -0

N0 2769

Fig4T55

Fig 57

JICMARCA PERU 1975 JUNE 6

h- - 611 1500- l 4 7m 3 s (750W)w600 WEST SPECTRUM m t49920 MHZ w2 C= to5 00 1 ashy

0

-150 He 0 + 450Ha bull t-----A FROM TRANSMITTED - FREQUENCY Do

402771

Fig 58

JICAMARCAI PERU1975 JUNE 6

in 4P 5e s 1 47 ampm34 5-0 s1750W)-0O WEST SPECTRUM

a foo=4992MHE

cr to - 07 Li 5a- -

7 I5

44AlFROM TRANSM ITTED FREQUENCY lab 4LOF72

bullFig 59

JICAMARCA PERU bull- 1975hm JUNE 6 s-hmos7

1252 k-13 57 30(755 W)z 60EST SPECTRUM oI =49920MHZ 0 - 10

CL

0 5 001

0

t) I

-$5oHE 0 150 He - AJ FROM TRANSMITTED FREQUENCY

AL 75

Fi4g 60

JICAMARCA PERU wW= 1975 JUNE

o10 16 9 084500 -0 473 75W) shywIh

- 600 WEST SPECTRUM

4S 10= 49920 M Zamp3

w5 - c

00

-150 H 0 + 10Hz 4- A FROM TRANSMITTED FREQUENC-Y

N02748

LFITg- 61

Fig 61

JICAMARCA PERU 1975 JUNE 7

1t0 -- _- C 023e -10 55f 0 s(75w)-600_WEST SPECTRUM 0shy

05 to 49920 M HZ - o

w 5 0 01

LA

ishy

-150 He 0 +150Hz

N02749 A- FROM TRANSMITTED FREQUENCY --0

ALOIT75

Fig 62

S-

0

j

-

I 11111 1111 11111 I I IjI i i

JICAMARCA PERU i975 JUNE 7

1oh 5730 - 11h2 mooo (75ow)shy

600 WEST SPECTRUM

c -i 5

200

S+ 4992OMH

w

S0

N2 750 ALHT-75

-150 Hz i---AJ FROM

O TRANSMITTED FREQUENCY

+450 He

--n

Fi9 63

I-shy

-- JICAMARCA PERU 1975 JUNE 7

w toh 22 3s _ 25 m00 5w

2 - 600 WEST SPECTRUM

49920 MH -

C)o ujw 5

-J

-50 H 0 +t50 Hz

r25 -- LI FROM -TRANSMITTED FREQUENCY Ndeg0875

iFLO475

Figt 64

Ishy

- JICAMARCA PERU 1975 JUNE

to ii 1 71hzrj1h 5eoofgthow) 60 WEST SPECTRUM

S - f0 =49920 MH-

wL 5 S2 CIO

oo

wo

-15OHa 0 +150 Hz

N4-A75 FROM TRANSMITTED FREQUENCY-po ALIFT75

Fig 65

JICAMARCA PERU w 8 1975 IJUNE 7 S4i 12 3d p 13 hCjn 30 (75I

0 600 WEST SPECTRUM 0

0 o 9920 MH Z

w 5 w7

15 Ok +450 HzAS FROM TRANSMITTED FREQUENCY -O

753

Fig 66

0 10

0

0 z w 5+

13 1 1 1 l

CL

l l i ~ l

- 1975

13

IIJ l l lPR

ICAMARCA PERU JUNE 7

o ocP -- 23 3 (750a 600 WEST SPECTRUM

fo = 499-0M HE7

0

-

-shy

-LJ

NO 2754

-1SOH -Al FROM TRANSMITTED FREQUENCY

+150H -

Fig 67

APPENDIX D

ELECTROJET DOPPLER SHIFT AND CONDITION

-92shy

-93-

FIGURE CAPTIONS

Fig 68-to 72 Electron temperature and condition as function

of local time (750W) for the dates indicated

in the figures

200 JICAMARCA- PERUJUNE 02 1975

ELECTROJET DOPPLER SHIFTAND CONDITION

10

20

40

s-A -J

AD 313

~Developed -

AA AAA AAA

Dloppler Ski A AA

AA

Sclraledqipe

2

S 13

6

0

4

2 o

08 09 40 11 A01

12 Local Time

J43 (1tW)

14 15 Type

16 11 0

Fig 68

JICAMARCA - PERU JUNE 31975 ELECTROJET DOPPLER SHIFTAND CONDITION

-0

I

16

I 4 -

200 10 L1

-Z160 -8

1-120 - AA 6

80-A(AA

40shy

80ampA amp

a A

aoppler shift Saturtted f

Oeloped

4

a8 09 10

11

Local Time 12

(75 W) 13 14 15

Fig 69

I$

200-

it6o I

JICAMARCA- PERU JUNE 51975 1 ELECTROJET DOIPLER SHIFT AND CONDITION

j

to

a8

QZ80

2 A 0El A aAAQ

S0

44

A

9 A

Doppler Shift

Soturated 4

A

ao Developed 0

0

0~4 ~~~4O~~

1 ~ N~ginaTA

1 11 1 1 1 1 I oll I I I

Type II Tye0

0

08 09 10 - tt 42 13 14

Local Time (75degW)

Fig 70

JICAMARCA- PERU E6 1975 ELECTROJET DOPPLER SHIFT AND CONDITION

200-10

-Z160 shy1 A

El 3 6o

80

0

Co

a

A

A bA4 A A

AA 4 A

4-

A

ADoppler Shift a] L--A Saraten

Develo

D Mrginal A1

20

08 09 0

t0 11 12 13 Type 11 14

0

Local Time (750W)

Fig 71

JICAMARCA- PERU JUNE 71975 ELECTROJET DOPPLER SHIFT AND CONDITION

200 C 00

0

160 -

804

08

DY 4A

wSaturateda

-

o 09 10 11

-

n

2

o

Doppler Shift

av

13

Developed 0

Marginal A Type n

114

0o

z

0s

Local Time C75 W)

Fig 72

APPENDIX E

150 KM ECHOING RFGIQN

-99

-100-

FIGURE CAPTIONS

Fig 73 to 82 Photographic records of the 150 km Echoing

Regionon June 7 1975 at the local times

(75V) indicated in each photograph The

firstpulse cqrre o 155 km and bullthe

interpulse distaaices 25 km

RECEDINQ PAGE5BLANK NOT FxLMED

-1-Nshy

PNO 1B PWR QTJAIATY

Ln

Pr4

ORTr4A L PAGE IS

4OFPOOR QUALITY

r 7CVTNAL PAGB 13

qroiQo ALM

r7

00

r4

Fr4

-120shy

co

t4

cli

- adeg JICAMARCA PERU 4975 JUNE 6

uJZ 411129473300O (750W)

600 WEST SPECTRUM o 10=49920 MHZ

o10 3cr2 100 1p

O0

w5

Lu

-9

-15OHa 0 -+150H

4r AJ FROM TRANSMITTED FREQUENCY o No 2710

Fig 56

JICAMARCA PERU 4975 JUNE 6

_ ~~hm stis(5wcn08 52 30-0945~ 7)J 600 WEST SPECTRUMW 10 =49920MHZ

3 0r1012

0

i 5

ai gtshy

-juj

-i5OHa 0 + 150 H -- A FROM TRANSMITTED FREQUENCY -0

N0 2769

Fig4T55

Fig 57

JICMARCA PERU 1975 JUNE 6

h- - 611 1500- l 4 7m 3 s (750W)w600 WEST SPECTRUM m t49920 MHZ w2 C= to5 00 1 ashy

0

-150 He 0 + 450Ha bull t-----A FROM TRANSMITTED - FREQUENCY Do

402771

Fig 58

JICAMARCAI PERU1975 JUNE 6

in 4P 5e s 1 47 ampm34 5-0 s1750W)-0O WEST SPECTRUM

a foo=4992MHE

cr to - 07 Li 5a- -

7 I5

44AlFROM TRANSM ITTED FREQUENCY lab 4LOF72

bullFig 59

JICAMARCA PERU bull- 1975hm JUNE 6 s-hmos7

1252 k-13 57 30(755 W)z 60EST SPECTRUM oI =49920MHZ 0 - 10

CL

0 5 001

0

t) I

-$5oHE 0 150 He - AJ FROM TRANSMITTED FREQUENCY

AL 75

Fi4g 60

JICAMARCA PERU wW= 1975 JUNE

o10 16 9 084500 -0 473 75W) shywIh

- 600 WEST SPECTRUM

4S 10= 49920 M Zamp3

w5 - c

00

-150 H 0 + 10Hz 4- A FROM TRANSMITTED FREQUENC-Y

N02748

LFITg- 61

Fig 61

JICAMARCA PERU 1975 JUNE 7

1t0 -- _- C 023e -10 55f 0 s(75w)-600_WEST SPECTRUM 0shy

05 to 49920 M HZ - o

w 5 0 01

LA

ishy

-150 He 0 +150Hz

N02749 A- FROM TRANSMITTED FREQUENCY --0

ALOIT75

Fig 62

S-

0

j

-

I 11111 1111 11111 I I IjI i i

JICAMARCA PERU i975 JUNE 7

1oh 5730 - 11h2 mooo (75ow)shy

600 WEST SPECTRUM

c -i 5

200

S+ 4992OMH

w

S0

N2 750 ALHT-75

-150 Hz i---AJ FROM

O TRANSMITTED FREQUENCY

+450 He

--n

Fi9 63

I-shy

-- JICAMARCA PERU 1975 JUNE 7

w toh 22 3s _ 25 m00 5w

2 - 600 WEST SPECTRUM

49920 MH -

C)o ujw 5

-J

-50 H 0 +t50 Hz

r25 -- LI FROM -TRANSMITTED FREQUENCY Ndeg0875

iFLO475

Figt 64

Ishy

- JICAMARCA PERU 1975 JUNE

to ii 1 71hzrj1h 5eoofgthow) 60 WEST SPECTRUM

S - f0 =49920 MH-

wL 5 S2 CIO

oo

wo

-15OHa 0 +150 Hz

N4-A75 FROM TRANSMITTED FREQUENCY-po ALIFT75

Fig 65

JICAMARCA PERU w 8 1975 IJUNE 7 S4i 12 3d p 13 hCjn 30 (75I

0 600 WEST SPECTRUM 0

0 o 9920 MH Z

w 5 w7

15 Ok +450 HzAS FROM TRANSMITTED FREQUENCY -O

753

Fig 66

0 10

0

0 z w 5+

13 1 1 1 l

CL

l l i ~ l

- 1975

13

IIJ l l lPR

ICAMARCA PERU JUNE 7

o ocP -- 23 3 (750a 600 WEST SPECTRUM

fo = 499-0M HE7

0

-

-shy

-LJ

NO 2754

-1SOH -Al FROM TRANSMITTED FREQUENCY

+150H -

Fig 67

APPENDIX D

ELECTROJET DOPPLER SHIFT AND CONDITION

-92shy

-93-

FIGURE CAPTIONS

Fig 68-to 72 Electron temperature and condition as function

of local time (750W) for the dates indicated

in the figures

200 JICAMARCA- PERUJUNE 02 1975

ELECTROJET DOPPLER SHIFTAND CONDITION

10

20

40

s-A -J

AD 313

~Developed -

AA AAA AAA

Dloppler Ski A AA

AA

Sclraledqipe

2

S 13

6

0

4

2 o

08 09 40 11 A01

12 Local Time

J43 (1tW)

14 15 Type

16 11 0

Fig 68

JICAMARCA - PERU JUNE 31975 ELECTROJET DOPPLER SHIFTAND CONDITION

-0

I

16

I 4 -

200 10 L1

-Z160 -8

1-120 - AA 6

80-A(AA

40shy

80ampA amp

a A

aoppler shift Saturtted f

Oeloped

4

a8 09 10

11

Local Time 12

(75 W) 13 14 15

Fig 69

I$

200-

it6o I

JICAMARCA- PERU JUNE 51975 1 ELECTROJET DOIPLER SHIFT AND CONDITION

j

to

a8

QZ80

2 A 0El A aAAQ

S0

44

A

9 A

Doppler Shift

Soturated 4

A

ao Developed 0

0

0~4 ~~~4O~~

1 ~ N~ginaTA

1 11 1 1 1 1 I oll I I I

Type II Tye0

0

08 09 10 - tt 42 13 14

Local Time (75degW)

Fig 70

JICAMARCA- PERU E6 1975 ELECTROJET DOPPLER SHIFT AND CONDITION

200-10

-Z160 shy1 A

El 3 6o

80

0

Co

a

A

A bA4 A A

AA 4 A

4-

A

ADoppler Shift a] L--A Saraten

Develo

D Mrginal A1

20

08 09 0

t0 11 12 13 Type 11 14

0

Local Time (750W)

Fig 71

JICAMARCA- PERU JUNE 71975 ELECTROJET DOPPLER SHIFT AND CONDITION

200 C 00

0

160 -

804

08

DY 4A

wSaturateda

-

o 09 10 11

-

n

2

o

Doppler Shift

av

13

Developed 0

Marginal A Type n

114

0o

z

0s

Local Time C75 W)

Fig 72

APPENDIX E

150 KM ECHOING RFGIQN

-99

-100-

FIGURE CAPTIONS

Fig 73 to 82 Photographic records of the 150 km Echoing

Regionon June 7 1975 at the local times

(75V) indicated in each photograph The

firstpulse cqrre o 155 km and bullthe

interpulse distaaices 25 km

RECEDINQ PAGE5BLANK NOT FxLMED

-1-Nshy

PNO 1B PWR QTJAIATY

Ln

Pr4

ORTr4A L PAGE IS

4OFPOOR QUALITY

r 7CVTNAL PAGB 13

qroiQo ALM

r7

00

r4

Fr4

-120shy

co

t4

cli

JICAMARCA PERU 4975 JUNE 6

_ ~~hm stis(5wcn08 52 30-0945~ 7)J 600 WEST SPECTRUMW 10 =49920MHZ

3 0r1012

0

i 5

ai gtshy

-juj

-i5OHa 0 + 150 H -- A FROM TRANSMITTED FREQUENCY -0

N0 2769

Fig4T55

Fig 57

JICMARCA PERU 1975 JUNE 6

h- - 611 1500- l 4 7m 3 s (750W)w600 WEST SPECTRUM m t49920 MHZ w2 C= to5 00 1 ashy

0

-150 He 0 + 450Ha bull t-----A FROM TRANSMITTED - FREQUENCY Do

402771

Fig 58

JICAMARCAI PERU1975 JUNE 6

in 4P 5e s 1 47 ampm34 5-0 s1750W)-0O WEST SPECTRUM

a foo=4992MHE

cr to - 07 Li 5a- -

7 I5

44AlFROM TRANSM ITTED FREQUENCY lab 4LOF72

bullFig 59

JICAMARCA PERU bull- 1975hm JUNE 6 s-hmos7

1252 k-13 57 30(755 W)z 60EST SPECTRUM oI =49920MHZ 0 - 10

CL

0 5 001

0

t) I

-$5oHE 0 150 He - AJ FROM TRANSMITTED FREQUENCY

AL 75

Fi4g 60

JICAMARCA PERU wW= 1975 JUNE

o10 16 9 084500 -0 473 75W) shywIh

- 600 WEST SPECTRUM

4S 10= 49920 M Zamp3

w5 - c

00

-150 H 0 + 10Hz 4- A FROM TRANSMITTED FREQUENC-Y

N02748

LFITg- 61

Fig 61

JICAMARCA PERU 1975 JUNE 7

1t0 -- _- C 023e -10 55f 0 s(75w)-600_WEST SPECTRUM 0shy

05 to 49920 M HZ - o

w 5 0 01

LA

ishy

-150 He 0 +150Hz

N02749 A- FROM TRANSMITTED FREQUENCY --0

ALOIT75

Fig 62

S-

0

j

-

I 11111 1111 11111 I I IjI i i

JICAMARCA PERU i975 JUNE 7

1oh 5730 - 11h2 mooo (75ow)shy

600 WEST SPECTRUM

c -i 5

200

S+ 4992OMH

w

S0

N2 750 ALHT-75

-150 Hz i---AJ FROM

O TRANSMITTED FREQUENCY

+450 He

--n

Fi9 63

I-shy

-- JICAMARCA PERU 1975 JUNE 7

w toh 22 3s _ 25 m00 5w

2 - 600 WEST SPECTRUM

49920 MH -

C)o ujw 5

-J

-50 H 0 +t50 Hz

r25 -- LI FROM -TRANSMITTED FREQUENCY Ndeg0875

iFLO475

Figt 64

Ishy

- JICAMARCA PERU 1975 JUNE

to ii 1 71hzrj1h 5eoofgthow) 60 WEST SPECTRUM

S - f0 =49920 MH-

wL 5 S2 CIO

oo

wo

-15OHa 0 +150 Hz

N4-A75 FROM TRANSMITTED FREQUENCY-po ALIFT75

Fig 65

JICAMARCA PERU w 8 1975 IJUNE 7 S4i 12 3d p 13 hCjn 30 (75I

0 600 WEST SPECTRUM 0

0 o 9920 MH Z

w 5 w7

15 Ok +450 HzAS FROM TRANSMITTED FREQUENCY -O

753

Fig 66

0 10

0

0 z w 5+

13 1 1 1 l

CL

l l i ~ l

- 1975

13

IIJ l l lPR

ICAMARCA PERU JUNE 7

o ocP -- 23 3 (750a 600 WEST SPECTRUM

fo = 499-0M HE7

0

-

-shy

-LJ

NO 2754

-1SOH -Al FROM TRANSMITTED FREQUENCY

+150H -

Fig 67

APPENDIX D

ELECTROJET DOPPLER SHIFT AND CONDITION

-92shy

-93-

FIGURE CAPTIONS

Fig 68-to 72 Electron temperature and condition as function

of local time (750W) for the dates indicated

in the figures

200 JICAMARCA- PERUJUNE 02 1975

ELECTROJET DOPPLER SHIFTAND CONDITION

10

20

40

s-A -J

AD 313

~Developed -

AA AAA AAA

Dloppler Ski A AA

AA

Sclraledqipe

2

S 13

6

0

4

2 o

08 09 40 11 A01

12 Local Time

J43 (1tW)

14 15 Type

16 11 0

Fig 68

JICAMARCA - PERU JUNE 31975 ELECTROJET DOPPLER SHIFTAND CONDITION

-0

I

16

I 4 -

200 10 L1

-Z160 -8

1-120 - AA 6

80-A(AA

40shy

80ampA amp

a A

aoppler shift Saturtted f

Oeloped

4

a8 09 10

11

Local Time 12

(75 W) 13 14 15

Fig 69

I$

200-

it6o I

JICAMARCA- PERU JUNE 51975 1 ELECTROJET DOIPLER SHIFT AND CONDITION

j

to

a8

QZ80

2 A 0El A aAAQ

S0

44

A

9 A

Doppler Shift

Soturated 4

A

ao Developed 0

0

0~4 ~~~4O~~

1 ~ N~ginaTA

1 11 1 1 1 1 I oll I I I

Type II Tye0

0

08 09 10 - tt 42 13 14

Local Time (75degW)

Fig 70

JICAMARCA- PERU E6 1975 ELECTROJET DOPPLER SHIFT AND CONDITION

200-10

-Z160 shy1 A

El 3 6o

80

0

Co

a

A

A bA4 A A

AA 4 A

4-

A

ADoppler Shift a] L--A Saraten

Develo

D Mrginal A1

20

08 09 0

t0 11 12 13 Type 11 14

0

Local Time (750W)

Fig 71

JICAMARCA- PERU JUNE 71975 ELECTROJET DOPPLER SHIFT AND CONDITION

200 C 00

0

160 -

804

08

DY 4A

wSaturateda

-

o 09 10 11

-

n

2

o

Doppler Shift

av

13

Developed 0

Marginal A Type n

114

0o

z

0s

Local Time C75 W)

Fig 72

APPENDIX E

150 KM ECHOING RFGIQN

-99

-100-

FIGURE CAPTIONS

Fig 73 to 82 Photographic records of the 150 km Echoing

Regionon June 7 1975 at the local times

(75V) indicated in each photograph The

firstpulse cqrre o 155 km and bullthe

interpulse distaaices 25 km

RECEDINQ PAGE5BLANK NOT FxLMED

-1-Nshy

PNO 1B PWR QTJAIATY

Ln

Pr4

ORTr4A L PAGE IS

4OFPOOR QUALITY

r 7CVTNAL PAGB 13

qroiQo ALM

r7

00

r4

Fr4

-120shy

co

t4

cli

JICMARCA PERU 1975 JUNE 6

h- - 611 1500- l 4 7m 3 s (750W)w600 WEST SPECTRUM m t49920 MHZ w2 C= to5 00 1 ashy

0

-150 He 0 + 450Ha bull t-----A FROM TRANSMITTED - FREQUENCY Do

402771

Fig 58

JICAMARCAI PERU1975 JUNE 6

in 4P 5e s 1 47 ampm34 5-0 s1750W)-0O WEST SPECTRUM

a foo=4992MHE

cr to - 07 Li 5a- -

7 I5

44AlFROM TRANSM ITTED FREQUENCY lab 4LOF72

bullFig 59

JICAMARCA PERU bull- 1975hm JUNE 6 s-hmos7

1252 k-13 57 30(755 W)z 60EST SPECTRUM oI =49920MHZ 0 - 10

CL

0 5 001

0

t) I

-$5oHE 0 150 He - AJ FROM TRANSMITTED FREQUENCY

AL 75

Fi4g 60

JICAMARCA PERU wW= 1975 JUNE

o10 16 9 084500 -0 473 75W) shywIh

- 600 WEST SPECTRUM

4S 10= 49920 M Zamp3

w5 - c

00

-150 H 0 + 10Hz 4- A FROM TRANSMITTED FREQUENC-Y

N02748

LFITg- 61

Fig 61

JICAMARCA PERU 1975 JUNE 7

1t0 -- _- C 023e -10 55f 0 s(75w)-600_WEST SPECTRUM 0shy

05 to 49920 M HZ - o

w 5 0 01

LA

ishy

-150 He 0 +150Hz

N02749 A- FROM TRANSMITTED FREQUENCY --0

ALOIT75

Fig 62

S-

0

j

-

I 11111 1111 11111 I I IjI i i

JICAMARCA PERU i975 JUNE 7

1oh 5730 - 11h2 mooo (75ow)shy

600 WEST SPECTRUM

c -i 5

200

S+ 4992OMH

w

S0

N2 750 ALHT-75

-150 Hz i---AJ FROM

O TRANSMITTED FREQUENCY

+450 He

--n

Fi9 63

I-shy

-- JICAMARCA PERU 1975 JUNE 7

w toh 22 3s _ 25 m00 5w

2 - 600 WEST SPECTRUM

49920 MH -

C)o ujw 5

-J

-50 H 0 +t50 Hz

r25 -- LI FROM -TRANSMITTED FREQUENCY Ndeg0875

iFLO475

Figt 64

Ishy

- JICAMARCA PERU 1975 JUNE

to ii 1 71hzrj1h 5eoofgthow) 60 WEST SPECTRUM

S - f0 =49920 MH-

wL 5 S2 CIO

oo

wo

-15OHa 0 +150 Hz

N4-A75 FROM TRANSMITTED FREQUENCY-po ALIFT75

Fig 65

JICAMARCA PERU w 8 1975 IJUNE 7 S4i 12 3d p 13 hCjn 30 (75I

0 600 WEST SPECTRUM 0

0 o 9920 MH Z

w 5 w7

15 Ok +450 HzAS FROM TRANSMITTED FREQUENCY -O

753

Fig 66

0 10

0

0 z w 5+

13 1 1 1 l

CL

l l i ~ l

- 1975

13

IIJ l l lPR

ICAMARCA PERU JUNE 7

o ocP -- 23 3 (750a 600 WEST SPECTRUM

fo = 499-0M HE7

0

-

-shy

-LJ

NO 2754

-1SOH -Al FROM TRANSMITTED FREQUENCY

+150H -

Fig 67

APPENDIX D

ELECTROJET DOPPLER SHIFT AND CONDITION

-92shy

-93-

FIGURE CAPTIONS

Fig 68-to 72 Electron temperature and condition as function

of local time (750W) for the dates indicated

in the figures

200 JICAMARCA- PERUJUNE 02 1975

ELECTROJET DOPPLER SHIFTAND CONDITION

10

20

40

s-A -J

AD 313

~Developed -

AA AAA AAA

Dloppler Ski A AA

AA

Sclraledqipe

2

S 13

6

0

4

2 o

08 09 40 11 A01

12 Local Time

J43 (1tW)

14 15 Type

16 11 0

Fig 68

JICAMARCA - PERU JUNE 31975 ELECTROJET DOPPLER SHIFTAND CONDITION

-0

I

16

I 4 -

200 10 L1

-Z160 -8

1-120 - AA 6

80-A(AA

40shy

80ampA amp

a A

aoppler shift Saturtted f

Oeloped

4

a8 09 10

11

Local Time 12

(75 W) 13 14 15

Fig 69

I$

200-

it6o I

JICAMARCA- PERU JUNE 51975 1 ELECTROJET DOIPLER SHIFT AND CONDITION

j

to

a8

QZ80

2 A 0El A aAAQ

S0

44

A

9 A

Doppler Shift

Soturated 4

A

ao Developed 0

0

0~4 ~~~4O~~

1 ~ N~ginaTA

1 11 1 1 1 1 I oll I I I

Type II Tye0

0

08 09 10 - tt 42 13 14

Local Time (75degW)

Fig 70

JICAMARCA- PERU E6 1975 ELECTROJET DOPPLER SHIFT AND CONDITION

200-10

-Z160 shy1 A

El 3 6o

80

0

Co

a

A

A bA4 A A

AA 4 A

4-

A

ADoppler Shift a] L--A Saraten

Develo

D Mrginal A1

20

08 09 0

t0 11 12 13 Type 11 14

0

Local Time (750W)

Fig 71

JICAMARCA- PERU JUNE 71975 ELECTROJET DOPPLER SHIFT AND CONDITION

200 C 00

0

160 -

804

08

DY 4A

wSaturateda

-

o 09 10 11

-

n

2

o

Doppler Shift

av

13

Developed 0

Marginal A Type n

114

0o

z

0s

Local Time C75 W)

Fig 72

APPENDIX E

150 KM ECHOING RFGIQN

-99

-100-

FIGURE CAPTIONS

Fig 73 to 82 Photographic records of the 150 km Echoing

Regionon June 7 1975 at the local times

(75V) indicated in each photograph The

firstpulse cqrre o 155 km and bullthe

interpulse distaaices 25 km

RECEDINQ PAGE5BLANK NOT FxLMED

-1-Nshy

PNO 1B PWR QTJAIATY

Ln

Pr4

ORTr4A L PAGE IS

4OFPOOR QUALITY

r 7CVTNAL PAGB 13

qroiQo ALM

r7

00

r4

Fr4

-120shy

co

t4

cli

JICAMARCAI PERU1975 JUNE 6

in 4P 5e s 1 47 ampm34 5-0 s1750W)-0O WEST SPECTRUM

a foo=4992MHE

cr to - 07 Li 5a- -

7 I5

44AlFROM TRANSM ITTED FREQUENCY lab 4LOF72

bullFig 59

JICAMARCA PERU bull- 1975hm JUNE 6 s-hmos7

1252 k-13 57 30(755 W)z 60EST SPECTRUM oI =49920MHZ 0 - 10

CL

0 5 001

0

t) I

-$5oHE 0 150 He - AJ FROM TRANSMITTED FREQUENCY

AL 75

Fi4g 60

JICAMARCA PERU wW= 1975 JUNE

o10 16 9 084500 -0 473 75W) shywIh

- 600 WEST SPECTRUM

4S 10= 49920 M Zamp3

w5 - c

00

-150 H 0 + 10Hz 4- A FROM TRANSMITTED FREQUENC-Y

N02748

LFITg- 61

Fig 61

JICAMARCA PERU 1975 JUNE 7

1t0 -- _- C 023e -10 55f 0 s(75w)-600_WEST SPECTRUM 0shy

05 to 49920 M HZ - o

w 5 0 01

LA

ishy

-150 He 0 +150Hz

N02749 A- FROM TRANSMITTED FREQUENCY --0

ALOIT75

Fig 62

S-

0

j

-

I 11111 1111 11111 I I IjI i i

JICAMARCA PERU i975 JUNE 7

1oh 5730 - 11h2 mooo (75ow)shy

600 WEST SPECTRUM

c -i 5

200

S+ 4992OMH

w

S0

N2 750 ALHT-75

-150 Hz i---AJ FROM

O TRANSMITTED FREQUENCY

+450 He

--n

Fi9 63

I-shy

-- JICAMARCA PERU 1975 JUNE 7

w toh 22 3s _ 25 m00 5w

2 - 600 WEST SPECTRUM

49920 MH -

C)o ujw 5

-J

-50 H 0 +t50 Hz

r25 -- LI FROM -TRANSMITTED FREQUENCY Ndeg0875

iFLO475

Figt 64

Ishy

- JICAMARCA PERU 1975 JUNE

to ii 1 71hzrj1h 5eoofgthow) 60 WEST SPECTRUM

S - f0 =49920 MH-

wL 5 S2 CIO

oo

wo

-15OHa 0 +150 Hz

N4-A75 FROM TRANSMITTED FREQUENCY-po ALIFT75

Fig 65

JICAMARCA PERU w 8 1975 IJUNE 7 S4i 12 3d p 13 hCjn 30 (75I

0 600 WEST SPECTRUM 0

0 o 9920 MH Z

w 5 w7

15 Ok +450 HzAS FROM TRANSMITTED FREQUENCY -O

753

Fig 66

0 10

0

0 z w 5+

13 1 1 1 l

CL

l l i ~ l

- 1975

13

IIJ l l lPR

ICAMARCA PERU JUNE 7

o ocP -- 23 3 (750a 600 WEST SPECTRUM

fo = 499-0M HE7

0

-

-shy

-LJ

NO 2754

-1SOH -Al FROM TRANSMITTED FREQUENCY

+150H -

Fig 67

APPENDIX D

ELECTROJET DOPPLER SHIFT AND CONDITION

-92shy

-93-

FIGURE CAPTIONS

Fig 68-to 72 Electron temperature and condition as function

of local time (750W) for the dates indicated

in the figures

200 JICAMARCA- PERUJUNE 02 1975

ELECTROJET DOPPLER SHIFTAND CONDITION

10

20

40

s-A -J

AD 313

~Developed -

AA AAA AAA

Dloppler Ski A AA

AA

Sclraledqipe

2

S 13

6

0

4

2 o

08 09 40 11 A01

12 Local Time

J43 (1tW)

14 15 Type

16 11 0

Fig 68

JICAMARCA - PERU JUNE 31975 ELECTROJET DOPPLER SHIFTAND CONDITION

-0

I

16

I 4 -

200 10 L1

-Z160 -8

1-120 - AA 6

80-A(AA

40shy

80ampA amp

a A

aoppler shift Saturtted f

Oeloped

4

a8 09 10

11

Local Time 12

(75 W) 13 14 15

Fig 69

I$

200-

it6o I

JICAMARCA- PERU JUNE 51975 1 ELECTROJET DOIPLER SHIFT AND CONDITION

j

to

a8

QZ80

2 A 0El A aAAQ

S0

44

A

9 A

Doppler Shift

Soturated 4

A

ao Developed 0

0

0~4 ~~~4O~~

1 ~ N~ginaTA

1 11 1 1 1 1 I oll I I I

Type II Tye0

0

08 09 10 - tt 42 13 14

Local Time (75degW)

Fig 70

JICAMARCA- PERU E6 1975 ELECTROJET DOPPLER SHIFT AND CONDITION

200-10

-Z160 shy1 A

El 3 6o

80

0

Co

a

A

A bA4 A A

AA 4 A

4-

A

ADoppler Shift a] L--A Saraten

Develo

D Mrginal A1

20

08 09 0

t0 11 12 13 Type 11 14

0

Local Time (750W)

Fig 71

JICAMARCA- PERU JUNE 71975 ELECTROJET DOPPLER SHIFT AND CONDITION

200 C 00

0

160 -

804

08

DY 4A

wSaturateda

-

o 09 10 11

-

n

2

o

Doppler Shift

av

13

Developed 0

Marginal A Type n

114

0o

z

0s

Local Time C75 W)

Fig 72

APPENDIX E

150 KM ECHOING RFGIQN

-99

-100-

FIGURE CAPTIONS

Fig 73 to 82 Photographic records of the 150 km Echoing

Regionon June 7 1975 at the local times

(75V) indicated in each photograph The

firstpulse cqrre o 155 km and bullthe

interpulse distaaices 25 km

RECEDINQ PAGE5BLANK NOT FxLMED

-1-Nshy

PNO 1B PWR QTJAIATY

Ln

Pr4

ORTr4A L PAGE IS

4OFPOOR QUALITY

r 7CVTNAL PAGB 13

qroiQo ALM

r7

00

r4

Fr4

-120shy

co

t4

cli

JICAMARCA PERU bull- 1975hm JUNE 6 s-hmos7

1252 k-13 57 30(755 W)z 60EST SPECTRUM oI =49920MHZ 0 - 10

CL

0 5 001

0

t) I

-$5oHE 0 150 He - AJ FROM TRANSMITTED FREQUENCY

AL 75

Fi4g 60

JICAMARCA PERU wW= 1975 JUNE

o10 16 9 084500 -0 473 75W) shywIh

- 600 WEST SPECTRUM

4S 10= 49920 M Zamp3

w5 - c

00

-150 H 0 + 10Hz 4- A FROM TRANSMITTED FREQUENC-Y

N02748

LFITg- 61

Fig 61

JICAMARCA PERU 1975 JUNE 7

1t0 -- _- C 023e -10 55f 0 s(75w)-600_WEST SPECTRUM 0shy

05 to 49920 M HZ - o

w 5 0 01

LA

ishy

-150 He 0 +150Hz

N02749 A- FROM TRANSMITTED FREQUENCY --0

ALOIT75

Fig 62

S-

0

j

-

I 11111 1111 11111 I I IjI i i

JICAMARCA PERU i975 JUNE 7

1oh 5730 - 11h2 mooo (75ow)shy

600 WEST SPECTRUM

c -i 5

200

S+ 4992OMH

w

S0

N2 750 ALHT-75

-150 Hz i---AJ FROM

O TRANSMITTED FREQUENCY

+450 He

--n

Fi9 63

I-shy

-- JICAMARCA PERU 1975 JUNE 7

w toh 22 3s _ 25 m00 5w

2 - 600 WEST SPECTRUM

49920 MH -

C)o ujw 5

-J

-50 H 0 +t50 Hz

r25 -- LI FROM -TRANSMITTED FREQUENCY Ndeg0875

iFLO475

Figt 64

Ishy

- JICAMARCA PERU 1975 JUNE

to ii 1 71hzrj1h 5eoofgthow) 60 WEST SPECTRUM

S - f0 =49920 MH-

wL 5 S2 CIO

oo

wo

-15OHa 0 +150 Hz

N4-A75 FROM TRANSMITTED FREQUENCY-po ALIFT75

Fig 65

JICAMARCA PERU w 8 1975 IJUNE 7 S4i 12 3d p 13 hCjn 30 (75I

0 600 WEST SPECTRUM 0

0 o 9920 MH Z

w 5 w7

15 Ok +450 HzAS FROM TRANSMITTED FREQUENCY -O

753

Fig 66

0 10

0

0 z w 5+

13 1 1 1 l

CL

l l i ~ l

- 1975

13

IIJ l l lPR

ICAMARCA PERU JUNE 7

o ocP -- 23 3 (750a 600 WEST SPECTRUM

fo = 499-0M HE7

0

-

-shy

-LJ

NO 2754

-1SOH -Al FROM TRANSMITTED FREQUENCY

+150H -

Fig 67

APPENDIX D

ELECTROJET DOPPLER SHIFT AND CONDITION

-92shy

-93-

FIGURE CAPTIONS

Fig 68-to 72 Electron temperature and condition as function

of local time (750W) for the dates indicated

in the figures

200 JICAMARCA- PERUJUNE 02 1975

ELECTROJET DOPPLER SHIFTAND CONDITION

10

20

40

s-A -J

AD 313

~Developed -

AA AAA AAA

Dloppler Ski A AA

AA

Sclraledqipe

2

S 13

6

0

4

2 o

08 09 40 11 A01

12 Local Time

J43 (1tW)

14 15 Type

16 11 0

Fig 68

JICAMARCA - PERU JUNE 31975 ELECTROJET DOPPLER SHIFTAND CONDITION

-0

I

16

I 4 -

200 10 L1

-Z160 -8

1-120 - AA 6

80-A(AA

40shy

80ampA amp

a A

aoppler shift Saturtted f

Oeloped

4

a8 09 10

11

Local Time 12

(75 W) 13 14 15

Fig 69

I$

200-

it6o I

JICAMARCA- PERU JUNE 51975 1 ELECTROJET DOIPLER SHIFT AND CONDITION

j

to

a8

QZ80

2 A 0El A aAAQ

S0

44

A

9 A

Doppler Shift

Soturated 4

A

ao Developed 0

0

0~4 ~~~4O~~

1 ~ N~ginaTA

1 11 1 1 1 1 I oll I I I

Type II Tye0

0

08 09 10 - tt 42 13 14

Local Time (75degW)

Fig 70

JICAMARCA- PERU E6 1975 ELECTROJET DOPPLER SHIFT AND CONDITION

200-10

-Z160 shy1 A

El 3 6o

80

0

Co

a

A

A bA4 A A

AA 4 A

4-

A

ADoppler Shift a] L--A Saraten

Develo

D Mrginal A1

20

08 09 0

t0 11 12 13 Type 11 14

0

Local Time (750W)

Fig 71

JICAMARCA- PERU JUNE 71975 ELECTROJET DOPPLER SHIFT AND CONDITION

200 C 00

0

160 -

804

08

DY 4A

wSaturateda

-

o 09 10 11

-

n

2

o

Doppler Shift

av

13

Developed 0

Marginal A Type n

114

0o

z

0s

Local Time C75 W)

Fig 72

APPENDIX E

150 KM ECHOING RFGIQN

-99

-100-

FIGURE CAPTIONS

Fig 73 to 82 Photographic records of the 150 km Echoing

Regionon June 7 1975 at the local times

(75V) indicated in each photograph The

firstpulse cqrre o 155 km and bullthe

interpulse distaaices 25 km

RECEDINQ PAGE5BLANK NOT FxLMED

-1-Nshy

PNO 1B PWR QTJAIATY

Ln

Pr4

ORTr4A L PAGE IS

4OFPOOR QUALITY

r 7CVTNAL PAGB 13

qroiQo ALM

r7

00

r4

Fr4

-120shy

co

t4

cli

JICAMARCA PERU wW= 1975 JUNE

o10 16 9 084500 -0 473 75W) shywIh

- 600 WEST SPECTRUM

4S 10= 49920 M Zamp3

w5 - c

00

-150 H 0 + 10Hz 4- A FROM TRANSMITTED FREQUENC-Y

N02748

LFITg- 61

Fig 61

JICAMARCA PERU 1975 JUNE 7

1t0 -- _- C 023e -10 55f 0 s(75w)-600_WEST SPECTRUM 0shy

05 to 49920 M HZ - o

w 5 0 01

LA

ishy

-150 He 0 +150Hz

N02749 A- FROM TRANSMITTED FREQUENCY --0

ALOIT75

Fig 62

S-

0

j

-

I 11111 1111 11111 I I IjI i i

JICAMARCA PERU i975 JUNE 7

1oh 5730 - 11h2 mooo (75ow)shy

600 WEST SPECTRUM

c -i 5

200

S+ 4992OMH

w

S0

N2 750 ALHT-75

-150 Hz i---AJ FROM

O TRANSMITTED FREQUENCY

+450 He

--n

Fi9 63

I-shy

-- JICAMARCA PERU 1975 JUNE 7

w toh 22 3s _ 25 m00 5w

2 - 600 WEST SPECTRUM

49920 MH -

C)o ujw 5

-J

-50 H 0 +t50 Hz

r25 -- LI FROM -TRANSMITTED FREQUENCY Ndeg0875

iFLO475

Figt 64

Ishy

- JICAMARCA PERU 1975 JUNE

to ii 1 71hzrj1h 5eoofgthow) 60 WEST SPECTRUM

S - f0 =49920 MH-

wL 5 S2 CIO

oo

wo

-15OHa 0 +150 Hz

N4-A75 FROM TRANSMITTED FREQUENCY-po ALIFT75

Fig 65

JICAMARCA PERU w 8 1975 IJUNE 7 S4i 12 3d p 13 hCjn 30 (75I

0 600 WEST SPECTRUM 0

0 o 9920 MH Z

w 5 w7

15 Ok +450 HzAS FROM TRANSMITTED FREQUENCY -O

753

Fig 66

0 10

0

0 z w 5+

13 1 1 1 l

CL

l l i ~ l

- 1975

13

IIJ l l lPR

ICAMARCA PERU JUNE 7

o ocP -- 23 3 (750a 600 WEST SPECTRUM

fo = 499-0M HE7

0

-

-shy

-LJ

NO 2754

-1SOH -Al FROM TRANSMITTED FREQUENCY

+150H -

Fig 67

APPENDIX D

ELECTROJET DOPPLER SHIFT AND CONDITION

-92shy

-93-

FIGURE CAPTIONS

Fig 68-to 72 Electron temperature and condition as function

of local time (750W) for the dates indicated

in the figures

200 JICAMARCA- PERUJUNE 02 1975

ELECTROJET DOPPLER SHIFTAND CONDITION

10

20

40

s-A -J

AD 313

~Developed -

AA AAA AAA

Dloppler Ski A AA

AA

Sclraledqipe

2

S 13

6

0

4

2 o

08 09 40 11 A01

12 Local Time

J43 (1tW)

14 15 Type

16 11 0

Fig 68

JICAMARCA - PERU JUNE 31975 ELECTROJET DOPPLER SHIFTAND CONDITION

-0

I

16

I 4 -

200 10 L1

-Z160 -8

1-120 - AA 6

80-A(AA

40shy

80ampA amp

a A

aoppler shift Saturtted f

Oeloped

4

a8 09 10

11

Local Time 12

(75 W) 13 14 15

Fig 69

I$

200-

it6o I

JICAMARCA- PERU JUNE 51975 1 ELECTROJET DOIPLER SHIFT AND CONDITION

j

to

a8

QZ80

2 A 0El A aAAQ

S0

44

A

9 A

Doppler Shift

Soturated 4

A

ao Developed 0

0

0~4 ~~~4O~~

1 ~ N~ginaTA

1 11 1 1 1 1 I oll I I I

Type II Tye0

0

08 09 10 - tt 42 13 14

Local Time (75degW)

Fig 70

JICAMARCA- PERU E6 1975 ELECTROJET DOPPLER SHIFT AND CONDITION

200-10

-Z160 shy1 A

El 3 6o

80

0

Co

a

A

A bA4 A A

AA 4 A

4-

A

ADoppler Shift a] L--A Saraten

Develo

D Mrginal A1

20

08 09 0

t0 11 12 13 Type 11 14

0

Local Time (750W)

Fig 71

JICAMARCA- PERU JUNE 71975 ELECTROJET DOPPLER SHIFT AND CONDITION

200 C 00

0

160 -

804

08

DY 4A

wSaturateda

-

o 09 10 11

-

n

2

o

Doppler Shift

av

13

Developed 0

Marginal A Type n

114

0o

z

0s

Local Time C75 W)

Fig 72

APPENDIX E

150 KM ECHOING RFGIQN

-99

-100-

FIGURE CAPTIONS

Fig 73 to 82 Photographic records of the 150 km Echoing

Regionon June 7 1975 at the local times

(75V) indicated in each photograph The

firstpulse cqrre o 155 km and bullthe

interpulse distaaices 25 km

RECEDINQ PAGE5BLANK NOT FxLMED

-1-Nshy

PNO 1B PWR QTJAIATY

Ln

Pr4

ORTr4A L PAGE IS

4OFPOOR QUALITY

r 7CVTNAL PAGB 13

qroiQo ALM

r7

00

r4

Fr4

-120shy

co

t4

cli

JICAMARCA PERU 1975 JUNE 7

1t0 -- _- C 023e -10 55f 0 s(75w)-600_WEST SPECTRUM 0shy

05 to 49920 M HZ - o

w 5 0 01

LA

ishy

-150 He 0 +150Hz

N02749 A- FROM TRANSMITTED FREQUENCY --0

ALOIT75

Fig 62

S-

0

j

-

I 11111 1111 11111 I I IjI i i

JICAMARCA PERU i975 JUNE 7

1oh 5730 - 11h2 mooo (75ow)shy

600 WEST SPECTRUM

c -i 5

200

S+ 4992OMH

w

S0

N2 750 ALHT-75

-150 Hz i---AJ FROM

O TRANSMITTED FREQUENCY

+450 He

--n

Fi9 63

I-shy

-- JICAMARCA PERU 1975 JUNE 7

w toh 22 3s _ 25 m00 5w

2 - 600 WEST SPECTRUM

49920 MH -

C)o ujw 5

-J

-50 H 0 +t50 Hz

r25 -- LI FROM -TRANSMITTED FREQUENCY Ndeg0875

iFLO475

Figt 64

Ishy

- JICAMARCA PERU 1975 JUNE

to ii 1 71hzrj1h 5eoofgthow) 60 WEST SPECTRUM

S - f0 =49920 MH-

wL 5 S2 CIO

oo

wo

-15OHa 0 +150 Hz

N4-A75 FROM TRANSMITTED FREQUENCY-po ALIFT75

Fig 65

JICAMARCA PERU w 8 1975 IJUNE 7 S4i 12 3d p 13 hCjn 30 (75I

0 600 WEST SPECTRUM 0

0 o 9920 MH Z

w 5 w7

15 Ok +450 HzAS FROM TRANSMITTED FREQUENCY -O

753

Fig 66

0 10

0

0 z w 5+

13 1 1 1 l

CL

l l i ~ l

- 1975

13

IIJ l l lPR

ICAMARCA PERU JUNE 7

o ocP -- 23 3 (750a 600 WEST SPECTRUM

fo = 499-0M HE7

0

-

-shy

-LJ

NO 2754

-1SOH -Al FROM TRANSMITTED FREQUENCY

+150H -

Fig 67

APPENDIX D

ELECTROJET DOPPLER SHIFT AND CONDITION

-92shy

-93-

FIGURE CAPTIONS

Fig 68-to 72 Electron temperature and condition as function

of local time (750W) for the dates indicated

in the figures

200 JICAMARCA- PERUJUNE 02 1975

ELECTROJET DOPPLER SHIFTAND CONDITION

10

20

40

s-A -J

AD 313

~Developed -

AA AAA AAA

Dloppler Ski A AA

AA

Sclraledqipe

2

S 13

6

0

4

2 o

08 09 40 11 A01

12 Local Time

J43 (1tW)

14 15 Type

16 11 0

Fig 68

JICAMARCA - PERU JUNE 31975 ELECTROJET DOPPLER SHIFTAND CONDITION

-0

I

16

I 4 -

200 10 L1

-Z160 -8

1-120 - AA 6

80-A(AA

40shy

80ampA amp

a A

aoppler shift Saturtted f

Oeloped

4

a8 09 10

11

Local Time 12

(75 W) 13 14 15

Fig 69

I$

200-

it6o I

JICAMARCA- PERU JUNE 51975 1 ELECTROJET DOIPLER SHIFT AND CONDITION

j

to

a8

QZ80

2 A 0El A aAAQ

S0

44

A

9 A

Doppler Shift

Soturated 4

A

ao Developed 0

0

0~4 ~~~4O~~

1 ~ N~ginaTA

1 11 1 1 1 1 I oll I I I

Type II Tye0

0

08 09 10 - tt 42 13 14

Local Time (75degW)

Fig 70

JICAMARCA- PERU E6 1975 ELECTROJET DOPPLER SHIFT AND CONDITION

200-10

-Z160 shy1 A

El 3 6o

80

0

Co

a

A

A bA4 A A

AA 4 A

4-

A

ADoppler Shift a] L--A Saraten

Develo

D Mrginal A1

20

08 09 0

t0 11 12 13 Type 11 14

0

Local Time (750W)

Fig 71

JICAMARCA- PERU JUNE 71975 ELECTROJET DOPPLER SHIFT AND CONDITION

200 C 00

0

160 -

804

08

DY 4A

wSaturateda

-

o 09 10 11

-

n

2

o

Doppler Shift

av

13

Developed 0

Marginal A Type n

114

0o

z

0s

Local Time C75 W)

Fig 72

APPENDIX E

150 KM ECHOING RFGIQN

-99

-100-

FIGURE CAPTIONS

Fig 73 to 82 Photographic records of the 150 km Echoing

Regionon June 7 1975 at the local times

(75V) indicated in each photograph The

firstpulse cqrre o 155 km and bullthe

interpulse distaaices 25 km

RECEDINQ PAGE5BLANK NOT FxLMED

-1-Nshy

PNO 1B PWR QTJAIATY

Ln

Pr4

ORTr4A L PAGE IS

4OFPOOR QUALITY

r 7CVTNAL PAGB 13

qroiQo ALM

r7

00

r4

Fr4

-120shy

co

t4

cli

S-

0

j

-

I 11111 1111 11111 I I IjI i i

JICAMARCA PERU i975 JUNE 7

1oh 5730 - 11h2 mooo (75ow)shy

600 WEST SPECTRUM

c -i 5

200

S+ 4992OMH

w

S0

N2 750 ALHT-75

-150 Hz i---AJ FROM

O TRANSMITTED FREQUENCY

+450 He

--n

Fi9 63

I-shy

-- JICAMARCA PERU 1975 JUNE 7

w toh 22 3s _ 25 m00 5w

2 - 600 WEST SPECTRUM

49920 MH -

C)o ujw 5

-J

-50 H 0 +t50 Hz

r25 -- LI FROM -TRANSMITTED FREQUENCY Ndeg0875

iFLO475

Figt 64

Ishy

- JICAMARCA PERU 1975 JUNE

to ii 1 71hzrj1h 5eoofgthow) 60 WEST SPECTRUM

S - f0 =49920 MH-

wL 5 S2 CIO

oo

wo

-15OHa 0 +150 Hz

N4-A75 FROM TRANSMITTED FREQUENCY-po ALIFT75

Fig 65

JICAMARCA PERU w 8 1975 IJUNE 7 S4i 12 3d p 13 hCjn 30 (75I

0 600 WEST SPECTRUM 0

0 o 9920 MH Z

w 5 w7

15 Ok +450 HzAS FROM TRANSMITTED FREQUENCY -O

753

Fig 66

0 10

0

0 z w 5+

13 1 1 1 l

CL

l l i ~ l

- 1975

13

IIJ l l lPR

ICAMARCA PERU JUNE 7

o ocP -- 23 3 (750a 600 WEST SPECTRUM

fo = 499-0M HE7

0

-

-shy

-LJ

NO 2754

-1SOH -Al FROM TRANSMITTED FREQUENCY

+150H -

Fig 67

APPENDIX D

ELECTROJET DOPPLER SHIFT AND CONDITION

-92shy

-93-

FIGURE CAPTIONS

Fig 68-to 72 Electron temperature and condition as function

of local time (750W) for the dates indicated

in the figures

200 JICAMARCA- PERUJUNE 02 1975

ELECTROJET DOPPLER SHIFTAND CONDITION

10

20

40

s-A -J

AD 313

~Developed -

AA AAA AAA

Dloppler Ski A AA

AA

Sclraledqipe

2

S 13

6

0

4

2 o

08 09 40 11 A01

12 Local Time

J43 (1tW)

14 15 Type

16 11 0

Fig 68

JICAMARCA - PERU JUNE 31975 ELECTROJET DOPPLER SHIFTAND CONDITION

-0

I

16

I 4 -

200 10 L1

-Z160 -8

1-120 - AA 6

80-A(AA

40shy

80ampA amp

a A

aoppler shift Saturtted f

Oeloped

4

a8 09 10

11

Local Time 12

(75 W) 13 14 15

Fig 69

I$

200-

it6o I

JICAMARCA- PERU JUNE 51975 1 ELECTROJET DOIPLER SHIFT AND CONDITION

j

to

a8

QZ80

2 A 0El A aAAQ

S0

44

A

9 A

Doppler Shift

Soturated 4

A

ao Developed 0

0

0~4 ~~~4O~~

1 ~ N~ginaTA

1 11 1 1 1 1 I oll I I I

Type II Tye0

0

08 09 10 - tt 42 13 14

Local Time (75degW)

Fig 70

JICAMARCA- PERU E6 1975 ELECTROJET DOPPLER SHIFT AND CONDITION

200-10

-Z160 shy1 A

El 3 6o

80

0

Co

a

A

A bA4 A A

AA 4 A

4-

A

ADoppler Shift a] L--A Saraten

Develo

D Mrginal A1

20

08 09 0

t0 11 12 13 Type 11 14

0

Local Time (750W)

Fig 71

JICAMARCA- PERU JUNE 71975 ELECTROJET DOPPLER SHIFT AND CONDITION

200 C 00

0

160 -

804

08

DY 4A

wSaturateda

-

o 09 10 11

-

n

2

o

Doppler Shift

av

13

Developed 0

Marginal A Type n

114

0o

z

0s

Local Time C75 W)

Fig 72

APPENDIX E

150 KM ECHOING RFGIQN

-99

-100-

FIGURE CAPTIONS

Fig 73 to 82 Photographic records of the 150 km Echoing

Regionon June 7 1975 at the local times

(75V) indicated in each photograph The

firstpulse cqrre o 155 km and bullthe

interpulse distaaices 25 km

RECEDINQ PAGE5BLANK NOT FxLMED

-1-Nshy

PNO 1B PWR QTJAIATY

Ln

Pr4

ORTr4A L PAGE IS

4OFPOOR QUALITY

r 7CVTNAL PAGB 13

qroiQo ALM

r7

00

r4

Fr4

-120shy

co

t4

cli

I-shy

-- JICAMARCA PERU 1975 JUNE 7

w toh 22 3s _ 25 m00 5w

2 - 600 WEST SPECTRUM

49920 MH -

C)o ujw 5

-J

-50 H 0 +t50 Hz

r25 -- LI FROM -TRANSMITTED FREQUENCY Ndeg0875

iFLO475

Figt 64

Ishy

- JICAMARCA PERU 1975 JUNE

to ii 1 71hzrj1h 5eoofgthow) 60 WEST SPECTRUM

S - f0 =49920 MH-

wL 5 S2 CIO

oo

wo

-15OHa 0 +150 Hz

N4-A75 FROM TRANSMITTED FREQUENCY-po ALIFT75

Fig 65

JICAMARCA PERU w 8 1975 IJUNE 7 S4i 12 3d p 13 hCjn 30 (75I

0 600 WEST SPECTRUM 0

0 o 9920 MH Z

w 5 w7

15 Ok +450 HzAS FROM TRANSMITTED FREQUENCY -O

753

Fig 66

0 10

0

0 z w 5+

13 1 1 1 l

CL

l l i ~ l

- 1975

13

IIJ l l lPR

ICAMARCA PERU JUNE 7

o ocP -- 23 3 (750a 600 WEST SPECTRUM

fo = 499-0M HE7

0

-

-shy

-LJ

NO 2754

-1SOH -Al FROM TRANSMITTED FREQUENCY

+150H -

Fig 67

APPENDIX D

ELECTROJET DOPPLER SHIFT AND CONDITION

-92shy

-93-

FIGURE CAPTIONS

Fig 68-to 72 Electron temperature and condition as function

of local time (750W) for the dates indicated

in the figures

200 JICAMARCA- PERUJUNE 02 1975

ELECTROJET DOPPLER SHIFTAND CONDITION

10

20

40

s-A -J

AD 313

~Developed -

AA AAA AAA

Dloppler Ski A AA

AA

Sclraledqipe

2

S 13

6

0

4

2 o

08 09 40 11 A01

12 Local Time

J43 (1tW)

14 15 Type

16 11 0

Fig 68

JICAMARCA - PERU JUNE 31975 ELECTROJET DOPPLER SHIFTAND CONDITION

-0

I

16

I 4 -

200 10 L1

-Z160 -8

1-120 - AA 6

80-A(AA

40shy

80ampA amp

a A

aoppler shift Saturtted f

Oeloped

4

a8 09 10

11

Local Time 12

(75 W) 13 14 15

Fig 69

I$

200-

it6o I

JICAMARCA- PERU JUNE 51975 1 ELECTROJET DOIPLER SHIFT AND CONDITION

j

to

a8

QZ80

2 A 0El A aAAQ

S0

44

A

9 A

Doppler Shift

Soturated 4

A

ao Developed 0

0

0~4 ~~~4O~~

1 ~ N~ginaTA

1 11 1 1 1 1 I oll I I I

Type II Tye0

0

08 09 10 - tt 42 13 14

Local Time (75degW)

Fig 70

JICAMARCA- PERU E6 1975 ELECTROJET DOPPLER SHIFT AND CONDITION

200-10

-Z160 shy1 A

El 3 6o

80

0

Co

a

A

A bA4 A A

AA 4 A

4-

A

ADoppler Shift a] L--A Saraten

Develo

D Mrginal A1

20

08 09 0

t0 11 12 13 Type 11 14

0

Local Time (750W)

Fig 71

JICAMARCA- PERU JUNE 71975 ELECTROJET DOPPLER SHIFT AND CONDITION

200 C 00

0

160 -

804

08

DY 4A

wSaturateda

-

o 09 10 11

-

n

2

o

Doppler Shift

av

13

Developed 0

Marginal A Type n

114

0o

z

0s

Local Time C75 W)

Fig 72

APPENDIX E

150 KM ECHOING RFGIQN

-99

-100-

FIGURE CAPTIONS

Fig 73 to 82 Photographic records of the 150 km Echoing

Regionon June 7 1975 at the local times

(75V) indicated in each photograph The

firstpulse cqrre o 155 km and bullthe

interpulse distaaices 25 km

RECEDINQ PAGE5BLANK NOT FxLMED

-1-Nshy

PNO 1B PWR QTJAIATY

Ln

Pr4

ORTr4A L PAGE IS

4OFPOOR QUALITY

r 7CVTNAL PAGB 13

qroiQo ALM

r7

00

r4

Fr4

-120shy

co

t4

cli

Ishy

- JICAMARCA PERU 1975 JUNE

to ii 1 71hzrj1h 5eoofgthow) 60 WEST SPECTRUM

S - f0 =49920 MH-

wL 5 S2 CIO

oo

wo

-15OHa 0 +150 Hz

N4-A75 FROM TRANSMITTED FREQUENCY-po ALIFT75

Fig 65

JICAMARCA PERU w 8 1975 IJUNE 7 S4i 12 3d p 13 hCjn 30 (75I

0 600 WEST SPECTRUM 0

0 o 9920 MH Z

w 5 w7

15 Ok +450 HzAS FROM TRANSMITTED FREQUENCY -O

753

Fig 66

0 10

0

0 z w 5+

13 1 1 1 l

CL

l l i ~ l

- 1975

13

IIJ l l lPR

ICAMARCA PERU JUNE 7

o ocP -- 23 3 (750a 600 WEST SPECTRUM

fo = 499-0M HE7

0

-

-shy

-LJ

NO 2754

-1SOH -Al FROM TRANSMITTED FREQUENCY

+150H -

Fig 67

APPENDIX D

ELECTROJET DOPPLER SHIFT AND CONDITION

-92shy

-93-

FIGURE CAPTIONS

Fig 68-to 72 Electron temperature and condition as function

of local time (750W) for the dates indicated

in the figures

200 JICAMARCA- PERUJUNE 02 1975

ELECTROJET DOPPLER SHIFTAND CONDITION

10

20

40

s-A -J

AD 313

~Developed -

AA AAA AAA

Dloppler Ski A AA

AA

Sclraledqipe

2

S 13

6

0

4

2 o

08 09 40 11 A01

12 Local Time

J43 (1tW)

14 15 Type

16 11 0

Fig 68

JICAMARCA - PERU JUNE 31975 ELECTROJET DOPPLER SHIFTAND CONDITION

-0

I

16

I 4 -

200 10 L1

-Z160 -8

1-120 - AA 6

80-A(AA

40shy

80ampA amp

a A

aoppler shift Saturtted f

Oeloped

4

a8 09 10

11

Local Time 12

(75 W) 13 14 15

Fig 69

I$

200-

it6o I

JICAMARCA- PERU JUNE 51975 1 ELECTROJET DOIPLER SHIFT AND CONDITION

j

to

a8

QZ80

2 A 0El A aAAQ

S0

44

A

9 A

Doppler Shift

Soturated 4

A

ao Developed 0

0

0~4 ~~~4O~~

1 ~ N~ginaTA

1 11 1 1 1 1 I oll I I I

Type II Tye0

0

08 09 10 - tt 42 13 14

Local Time (75degW)

Fig 70

JICAMARCA- PERU E6 1975 ELECTROJET DOPPLER SHIFT AND CONDITION

200-10

-Z160 shy1 A

El 3 6o

80

0

Co

a

A

A bA4 A A

AA 4 A

4-

A

ADoppler Shift a] L--A Saraten

Develo

D Mrginal A1

20

08 09 0

t0 11 12 13 Type 11 14

0

Local Time (750W)

Fig 71

JICAMARCA- PERU JUNE 71975 ELECTROJET DOPPLER SHIFT AND CONDITION

200 C 00

0

160 -

804

08

DY 4A

wSaturateda

-

o 09 10 11

-

n

2

o

Doppler Shift

av

13

Developed 0

Marginal A Type n

114

0o

z

0s

Local Time C75 W)

Fig 72

APPENDIX E

150 KM ECHOING RFGIQN

-99

-100-

FIGURE CAPTIONS

Fig 73 to 82 Photographic records of the 150 km Echoing

Regionon June 7 1975 at the local times

(75V) indicated in each photograph The

firstpulse cqrre o 155 km and bullthe

interpulse distaaices 25 km

RECEDINQ PAGE5BLANK NOT FxLMED

-1-Nshy

PNO 1B PWR QTJAIATY

Ln

Pr4

ORTr4A L PAGE IS

4OFPOOR QUALITY

r 7CVTNAL PAGB 13

qroiQo ALM

r7

00

r4

Fr4

-120shy

co

t4

cli

JICAMARCA PERU w 8 1975 IJUNE 7 S4i 12 3d p 13 hCjn 30 (75I

0 600 WEST SPECTRUM 0

0 o 9920 MH Z

w 5 w7

15 Ok +450 HzAS FROM TRANSMITTED FREQUENCY -O

753

Fig 66

0 10

0

0 z w 5+

13 1 1 1 l

CL

l l i ~ l

- 1975

13

IIJ l l lPR

ICAMARCA PERU JUNE 7

o ocP -- 23 3 (750a 600 WEST SPECTRUM

fo = 499-0M HE7

0

-

-shy

-LJ

NO 2754

-1SOH -Al FROM TRANSMITTED FREQUENCY

+150H -

Fig 67

APPENDIX D

ELECTROJET DOPPLER SHIFT AND CONDITION

-92shy

-93-

FIGURE CAPTIONS

Fig 68-to 72 Electron temperature and condition as function

of local time (750W) for the dates indicated

in the figures

200 JICAMARCA- PERUJUNE 02 1975

ELECTROJET DOPPLER SHIFTAND CONDITION

10

20

40

s-A -J

AD 313

~Developed -

AA AAA AAA

Dloppler Ski A AA

AA

Sclraledqipe

2

S 13

6

0

4

2 o

08 09 40 11 A01

12 Local Time

J43 (1tW)

14 15 Type

16 11 0

Fig 68

JICAMARCA - PERU JUNE 31975 ELECTROJET DOPPLER SHIFTAND CONDITION

-0

I

16

I 4 -

200 10 L1

-Z160 -8

1-120 - AA 6

80-A(AA

40shy

80ampA amp

a A

aoppler shift Saturtted f

Oeloped

4

a8 09 10

11

Local Time 12

(75 W) 13 14 15

Fig 69

I$

200-

it6o I

JICAMARCA- PERU JUNE 51975 1 ELECTROJET DOIPLER SHIFT AND CONDITION

j

to

a8

QZ80

2 A 0El A aAAQ

S0

44

A

9 A

Doppler Shift

Soturated 4

A

ao Developed 0

0

0~4 ~~~4O~~

1 ~ N~ginaTA

1 11 1 1 1 1 I oll I I I

Type II Tye0

0

08 09 10 - tt 42 13 14

Local Time (75degW)

Fig 70

JICAMARCA- PERU E6 1975 ELECTROJET DOPPLER SHIFT AND CONDITION

200-10

-Z160 shy1 A

El 3 6o

80

0

Co

a

A

A bA4 A A

AA 4 A

4-

A

ADoppler Shift a] L--A Saraten

Develo

D Mrginal A1

20

08 09 0

t0 11 12 13 Type 11 14

0

Local Time (750W)

Fig 71

JICAMARCA- PERU JUNE 71975 ELECTROJET DOPPLER SHIFT AND CONDITION

200 C 00

0

160 -

804

08

DY 4A

wSaturateda

-

o 09 10 11

-

n

2

o

Doppler Shift

av

13

Developed 0

Marginal A Type n

114

0o

z

0s

Local Time C75 W)

Fig 72

APPENDIX E

150 KM ECHOING RFGIQN

-99

-100-

FIGURE CAPTIONS

Fig 73 to 82 Photographic records of the 150 km Echoing

Regionon June 7 1975 at the local times

(75V) indicated in each photograph The

firstpulse cqrre o 155 km and bullthe

interpulse distaaices 25 km

RECEDINQ PAGE5BLANK NOT FxLMED

-1-Nshy

PNO 1B PWR QTJAIATY

Ln

Pr4

ORTr4A L PAGE IS

4OFPOOR QUALITY

r 7CVTNAL PAGB 13

qroiQo ALM

r7

00

r4

Fr4

-120shy

co

t4

cli

0 10

0

0 z w 5+

13 1 1 1 l

CL

l l i ~ l

- 1975

13

IIJ l l lPR

ICAMARCA PERU JUNE 7

o ocP -- 23 3 (750a 600 WEST SPECTRUM

fo = 499-0M HE7

0

-

-shy

-LJ

NO 2754

-1SOH -Al FROM TRANSMITTED FREQUENCY

+150H -

Fig 67

APPENDIX D

ELECTROJET DOPPLER SHIFT AND CONDITION

-92shy

-93-

FIGURE CAPTIONS

Fig 68-to 72 Electron temperature and condition as function

of local time (750W) for the dates indicated

in the figures

200 JICAMARCA- PERUJUNE 02 1975

ELECTROJET DOPPLER SHIFTAND CONDITION

10

20

40

s-A -J

AD 313

~Developed -

AA AAA AAA

Dloppler Ski A AA

AA

Sclraledqipe

2

S 13

6

0

4

2 o

08 09 40 11 A01

12 Local Time

J43 (1tW)

14 15 Type

16 11 0

Fig 68

JICAMARCA - PERU JUNE 31975 ELECTROJET DOPPLER SHIFTAND CONDITION

-0

I

16

I 4 -

200 10 L1

-Z160 -8

1-120 - AA 6

80-A(AA

40shy

80ampA amp

a A

aoppler shift Saturtted f

Oeloped

4

a8 09 10

11

Local Time 12

(75 W) 13 14 15

Fig 69

I$

200-

it6o I

JICAMARCA- PERU JUNE 51975 1 ELECTROJET DOIPLER SHIFT AND CONDITION

j

to

a8

QZ80

2 A 0El A aAAQ

S0

44

A

9 A

Doppler Shift

Soturated 4

A

ao Developed 0

0

0~4 ~~~4O~~

1 ~ N~ginaTA

1 11 1 1 1 1 I oll I I I

Type II Tye0

0

08 09 10 - tt 42 13 14

Local Time (75degW)

Fig 70

JICAMARCA- PERU E6 1975 ELECTROJET DOPPLER SHIFT AND CONDITION

200-10

-Z160 shy1 A

El 3 6o

80

0

Co

a

A

A bA4 A A

AA 4 A

4-

A

ADoppler Shift a] L--A Saraten

Develo

D Mrginal A1

20

08 09 0

t0 11 12 13 Type 11 14

0

Local Time (750W)

Fig 71

JICAMARCA- PERU JUNE 71975 ELECTROJET DOPPLER SHIFT AND CONDITION

200 C 00

0

160 -

804

08

DY 4A

wSaturateda

-

o 09 10 11

-

n

2

o

Doppler Shift

av

13

Developed 0

Marginal A Type n

114

0o

z

0s

Local Time C75 W)

Fig 72

APPENDIX E

150 KM ECHOING RFGIQN

-99

-100-

FIGURE CAPTIONS

Fig 73 to 82 Photographic records of the 150 km Echoing

Regionon June 7 1975 at the local times

(75V) indicated in each photograph The

firstpulse cqrre o 155 km and bullthe

interpulse distaaices 25 km

RECEDINQ PAGE5BLANK NOT FxLMED

-1-Nshy

PNO 1B PWR QTJAIATY

Ln

Pr4

ORTr4A L PAGE IS

4OFPOOR QUALITY

r 7CVTNAL PAGB 13

qroiQo ALM

r7

00

r4

Fr4

-120shy

co

t4

cli

APPENDIX D

ELECTROJET DOPPLER SHIFT AND CONDITION

-92shy

-93-

FIGURE CAPTIONS

Fig 68-to 72 Electron temperature and condition as function

of local time (750W) for the dates indicated

in the figures

200 JICAMARCA- PERUJUNE 02 1975

ELECTROJET DOPPLER SHIFTAND CONDITION

10

20

40

s-A -J

AD 313

~Developed -

AA AAA AAA

Dloppler Ski A AA

AA

Sclraledqipe

2

S 13

6

0

4

2 o

08 09 40 11 A01

12 Local Time

J43 (1tW)

14 15 Type

16 11 0

Fig 68

JICAMARCA - PERU JUNE 31975 ELECTROJET DOPPLER SHIFTAND CONDITION

-0

I

16

I 4 -

200 10 L1

-Z160 -8

1-120 - AA 6

80-A(AA

40shy

80ampA amp

a A

aoppler shift Saturtted f

Oeloped

4

a8 09 10

11

Local Time 12

(75 W) 13 14 15

Fig 69

I$

200-

it6o I

JICAMARCA- PERU JUNE 51975 1 ELECTROJET DOIPLER SHIFT AND CONDITION

j

to

a8

QZ80

2 A 0El A aAAQ

S0

44

A

9 A

Doppler Shift

Soturated 4

A

ao Developed 0

0

0~4 ~~~4O~~

1 ~ N~ginaTA

1 11 1 1 1 1 I oll I I I

Type II Tye0

0

08 09 10 - tt 42 13 14

Local Time (75degW)

Fig 70

JICAMARCA- PERU E6 1975 ELECTROJET DOPPLER SHIFT AND CONDITION

200-10

-Z160 shy1 A

El 3 6o

80

0

Co

a

A

A bA4 A A

AA 4 A

4-

A

ADoppler Shift a] L--A Saraten

Develo

D Mrginal A1

20

08 09 0

t0 11 12 13 Type 11 14

0

Local Time (750W)

Fig 71

JICAMARCA- PERU JUNE 71975 ELECTROJET DOPPLER SHIFT AND CONDITION

200 C 00

0

160 -

804

08

DY 4A

wSaturateda

-

o 09 10 11

-

n

2

o

Doppler Shift

av

13

Developed 0

Marginal A Type n

114

0o

z

0s

Local Time C75 W)

Fig 72

APPENDIX E

150 KM ECHOING RFGIQN

-99

-100-

FIGURE CAPTIONS

Fig 73 to 82 Photographic records of the 150 km Echoing

Regionon June 7 1975 at the local times

(75V) indicated in each photograph The

firstpulse cqrre o 155 km and bullthe

interpulse distaaices 25 km

RECEDINQ PAGE5BLANK NOT FxLMED

-1-Nshy

PNO 1B PWR QTJAIATY

Ln

Pr4

ORTr4A L PAGE IS

4OFPOOR QUALITY

r 7CVTNAL PAGB 13

qroiQo ALM

r7

00

r4

Fr4

-120shy

co

t4

cli

-93-

FIGURE CAPTIONS

Fig 68-to 72 Electron temperature and condition as function

of local time (750W) for the dates indicated

in the figures

200 JICAMARCA- PERUJUNE 02 1975

ELECTROJET DOPPLER SHIFTAND CONDITION

10

20

40

s-A -J

AD 313

~Developed -

AA AAA AAA

Dloppler Ski A AA

AA

Sclraledqipe

2

S 13

6

0

4

2 o

08 09 40 11 A01

12 Local Time

J43 (1tW)

14 15 Type

16 11 0

Fig 68

JICAMARCA - PERU JUNE 31975 ELECTROJET DOPPLER SHIFTAND CONDITION

-0

I

16

I 4 -

200 10 L1

-Z160 -8

1-120 - AA 6

80-A(AA

40shy

80ampA amp

a A

aoppler shift Saturtted f

Oeloped

4

a8 09 10

11

Local Time 12

(75 W) 13 14 15

Fig 69

I$

200-

it6o I

JICAMARCA- PERU JUNE 51975 1 ELECTROJET DOIPLER SHIFT AND CONDITION

j

to

a8

QZ80

2 A 0El A aAAQ

S0

44

A

9 A

Doppler Shift

Soturated 4

A

ao Developed 0

0

0~4 ~~~4O~~

1 ~ N~ginaTA

1 11 1 1 1 1 I oll I I I

Type II Tye0

0

08 09 10 - tt 42 13 14

Local Time (75degW)

Fig 70

JICAMARCA- PERU E6 1975 ELECTROJET DOPPLER SHIFT AND CONDITION

200-10

-Z160 shy1 A

El 3 6o

80

0

Co

a

A

A bA4 A A

AA 4 A

4-

A

ADoppler Shift a] L--A Saraten

Develo

D Mrginal A1

20

08 09 0

t0 11 12 13 Type 11 14

0

Local Time (750W)

Fig 71

JICAMARCA- PERU JUNE 71975 ELECTROJET DOPPLER SHIFT AND CONDITION

200 C 00

0

160 -

804

08

DY 4A

wSaturateda

-

o 09 10 11

-

n

2

o

Doppler Shift

av

13

Developed 0

Marginal A Type n

114

0o

z

0s

Local Time C75 W)

Fig 72

APPENDIX E

150 KM ECHOING RFGIQN

-99

-100-

FIGURE CAPTIONS

Fig 73 to 82 Photographic records of the 150 km Echoing

Regionon June 7 1975 at the local times

(75V) indicated in each photograph The

firstpulse cqrre o 155 km and bullthe

interpulse distaaices 25 km

RECEDINQ PAGE5BLANK NOT FxLMED

-1-Nshy

PNO 1B PWR QTJAIATY

Ln

Pr4

ORTr4A L PAGE IS

4OFPOOR QUALITY

r 7CVTNAL PAGB 13

qroiQo ALM

r7

00

r4

Fr4

-120shy

co

t4

cli

200 JICAMARCA- PERUJUNE 02 1975

ELECTROJET DOPPLER SHIFTAND CONDITION

10

20

40

s-A -J

AD 313

~Developed -

AA AAA AAA

Dloppler Ski A AA

AA

Sclraledqipe

2

S 13

6

0

4

2 o

08 09 40 11 A01

12 Local Time

J43 (1tW)

14 15 Type

16 11 0

Fig 68

JICAMARCA - PERU JUNE 31975 ELECTROJET DOPPLER SHIFTAND CONDITION

-0

I

16

I 4 -

200 10 L1

-Z160 -8

1-120 - AA 6

80-A(AA

40shy

80ampA amp

a A

aoppler shift Saturtted f

Oeloped

4

a8 09 10

11

Local Time 12

(75 W) 13 14 15

Fig 69

I$

200-

it6o I

JICAMARCA- PERU JUNE 51975 1 ELECTROJET DOIPLER SHIFT AND CONDITION

j

to

a8

QZ80

2 A 0El A aAAQ

S0

44

A

9 A

Doppler Shift

Soturated 4

A

ao Developed 0

0

0~4 ~~~4O~~

1 ~ N~ginaTA

1 11 1 1 1 1 I oll I I I

Type II Tye0

0

08 09 10 - tt 42 13 14

Local Time (75degW)

Fig 70

JICAMARCA- PERU E6 1975 ELECTROJET DOPPLER SHIFT AND CONDITION

200-10

-Z160 shy1 A

El 3 6o

80

0

Co

a

A

A bA4 A A

AA 4 A

4-

A

ADoppler Shift a] L--A Saraten

Develo

D Mrginal A1

20

08 09 0

t0 11 12 13 Type 11 14

0

Local Time (750W)

Fig 71

JICAMARCA- PERU JUNE 71975 ELECTROJET DOPPLER SHIFT AND CONDITION

200 C 00

0

160 -

804

08

DY 4A

wSaturateda

-

o 09 10 11

-

n

2

o

Doppler Shift

av

13

Developed 0

Marginal A Type n

114

0o

z

0s

Local Time C75 W)

Fig 72

APPENDIX E

150 KM ECHOING RFGIQN

-99

-100-

FIGURE CAPTIONS

Fig 73 to 82 Photographic records of the 150 km Echoing

Regionon June 7 1975 at the local times

(75V) indicated in each photograph The

firstpulse cqrre o 155 km and bullthe

interpulse distaaices 25 km

RECEDINQ PAGE5BLANK NOT FxLMED

-1-Nshy

PNO 1B PWR QTJAIATY

Ln

Pr4

ORTr4A L PAGE IS

4OFPOOR QUALITY

r 7CVTNAL PAGB 13

qroiQo ALM

r7

00

r4

Fr4

-120shy

co

t4

cli

JICAMARCA - PERU JUNE 31975 ELECTROJET DOPPLER SHIFTAND CONDITION

-0

I

16

I 4 -

200 10 L1

-Z160 -8

1-120 - AA 6

80-A(AA

40shy

80ampA amp

a A

aoppler shift Saturtted f

Oeloped

4

a8 09 10

11

Local Time 12

(75 W) 13 14 15

Fig 69

I$

200-

it6o I

JICAMARCA- PERU JUNE 51975 1 ELECTROJET DOIPLER SHIFT AND CONDITION

j

to

a8

QZ80

2 A 0El A aAAQ

S0

44

A

9 A

Doppler Shift

Soturated 4

A

ao Developed 0

0

0~4 ~~~4O~~

1 ~ N~ginaTA

1 11 1 1 1 1 I oll I I I

Type II Tye0

0

08 09 10 - tt 42 13 14

Local Time (75degW)

Fig 70

JICAMARCA- PERU E6 1975 ELECTROJET DOPPLER SHIFT AND CONDITION

200-10

-Z160 shy1 A

El 3 6o

80

0

Co

a

A

A bA4 A A

AA 4 A

4-

A

ADoppler Shift a] L--A Saraten

Develo

D Mrginal A1

20

08 09 0

t0 11 12 13 Type 11 14

0

Local Time (750W)

Fig 71

JICAMARCA- PERU JUNE 71975 ELECTROJET DOPPLER SHIFT AND CONDITION

200 C 00

0

160 -

804

08

DY 4A

wSaturateda

-

o 09 10 11

-

n

2

o

Doppler Shift

av

13

Developed 0

Marginal A Type n

114

0o

z

0s

Local Time C75 W)

Fig 72

APPENDIX E

150 KM ECHOING RFGIQN

-99

-100-

FIGURE CAPTIONS

Fig 73 to 82 Photographic records of the 150 km Echoing

Regionon June 7 1975 at the local times

(75V) indicated in each photograph The

firstpulse cqrre o 155 km and bullthe

interpulse distaaices 25 km

RECEDINQ PAGE5BLANK NOT FxLMED

-1-Nshy

PNO 1B PWR QTJAIATY

Ln

Pr4

ORTr4A L PAGE IS

4OFPOOR QUALITY

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I$

200-

it6o I

JICAMARCA- PERU JUNE 51975 1 ELECTROJET DOIPLER SHIFT AND CONDITION

j

to

a8

QZ80

2 A 0El A aAAQ

S0

44

A

9 A

Doppler Shift

Soturated 4

A

ao Developed 0

0

0~4 ~~~4O~~

1 ~ N~ginaTA

1 11 1 1 1 1 I oll I I I

Type II Tye0

0

08 09 10 - tt 42 13 14

Local Time (75degW)

Fig 70

JICAMARCA- PERU E6 1975 ELECTROJET DOPPLER SHIFT AND CONDITION

200-10

-Z160 shy1 A

El 3 6o

80

0

Co

a

A

A bA4 A A

AA 4 A

4-

A

ADoppler Shift a] L--A Saraten

Develo

D Mrginal A1

20

08 09 0

t0 11 12 13 Type 11 14

0

Local Time (750W)

Fig 71

JICAMARCA- PERU JUNE 71975 ELECTROJET DOPPLER SHIFT AND CONDITION

200 C 00

0

160 -

804

08

DY 4A

wSaturateda

-

o 09 10 11

-

n

2

o

Doppler Shift

av

13

Developed 0

Marginal A Type n

114

0o

z

0s

Local Time C75 W)

Fig 72

APPENDIX E

150 KM ECHOING RFGIQN

-99

-100-

FIGURE CAPTIONS

Fig 73 to 82 Photographic records of the 150 km Echoing

Regionon June 7 1975 at the local times

(75V) indicated in each photograph The

firstpulse cqrre o 155 km and bullthe

interpulse distaaices 25 km

RECEDINQ PAGE5BLANK NOT FxLMED

-1-Nshy

PNO 1B PWR QTJAIATY

Ln

Pr4

ORTr4A L PAGE IS

4OFPOOR QUALITY

r 7CVTNAL PAGB 13

qroiQo ALM

r7

00

r4

Fr4

-120shy

co

t4

cli

JICAMARCA- PERU E6 1975 ELECTROJET DOPPLER SHIFT AND CONDITION

200-10

-Z160 shy1 A

El 3 6o

80

0

Co

a

A

A bA4 A A

AA 4 A

4-

A

ADoppler Shift a] L--A Saraten

Develo

D Mrginal A1

20

08 09 0

t0 11 12 13 Type 11 14

0

Local Time (750W)

Fig 71

JICAMARCA- PERU JUNE 71975 ELECTROJET DOPPLER SHIFT AND CONDITION

200 C 00

0

160 -

804

08

DY 4A

wSaturateda

-

o 09 10 11

-

n

2

o

Doppler Shift

av

13

Developed 0

Marginal A Type n

114

0o

z

0s

Local Time C75 W)

Fig 72

APPENDIX E

150 KM ECHOING RFGIQN

-99

-100-

FIGURE CAPTIONS

Fig 73 to 82 Photographic records of the 150 km Echoing

Regionon June 7 1975 at the local times

(75V) indicated in each photograph The

firstpulse cqrre o 155 km and bullthe

interpulse distaaices 25 km

RECEDINQ PAGE5BLANK NOT FxLMED

-1-Nshy

PNO 1B PWR QTJAIATY

Ln

Pr4

ORTr4A L PAGE IS

4OFPOOR QUALITY

r 7CVTNAL PAGB 13

qroiQo ALM

r7

00

r4

Fr4

-120shy

co

t4

cli

JICAMARCA- PERU JUNE 71975 ELECTROJET DOPPLER SHIFT AND CONDITION

200 C 00

0

160 -

804

08

DY 4A

wSaturateda

-

o 09 10 11

-

n

2

o

Doppler Shift

av

13

Developed 0

Marginal A Type n

114

0o

z

0s

Local Time C75 W)

Fig 72

APPENDIX E

150 KM ECHOING RFGIQN

-99

-100-

FIGURE CAPTIONS

Fig 73 to 82 Photographic records of the 150 km Echoing

Regionon June 7 1975 at the local times

(75V) indicated in each photograph The

firstpulse cqrre o 155 km and bullthe

interpulse distaaices 25 km

RECEDINQ PAGE5BLANK NOT FxLMED

-1-Nshy

PNO 1B PWR QTJAIATY

Ln

Pr4

ORTr4A L PAGE IS

4OFPOOR QUALITY

r 7CVTNAL PAGB 13

qroiQo ALM

r7

00

r4

Fr4

-120shy

co

t4

cli

APPENDIX E

150 KM ECHOING RFGIQN

-99

-100-

FIGURE CAPTIONS

Fig 73 to 82 Photographic records of the 150 km Echoing

Regionon June 7 1975 at the local times

(75V) indicated in each photograph The

firstpulse cqrre o 155 km and bullthe

interpulse distaaices 25 km

RECEDINQ PAGE5BLANK NOT FxLMED

-1-Nshy

PNO 1B PWR QTJAIATY

Ln

Pr4

ORTr4A L PAGE IS

4OFPOOR QUALITY

r 7CVTNAL PAGB 13

qroiQo ALM

r7

00

r4

Fr4

-120shy

co

t4

cli

-100-

FIGURE CAPTIONS

Fig 73 to 82 Photographic records of the 150 km Echoing

Regionon June 7 1975 at the local times

(75V) indicated in each photograph The

firstpulse cqrre o 155 km and bullthe

interpulse distaaices 25 km

RECEDINQ PAGE5BLANK NOT FxLMED

-1-Nshy

PNO 1B PWR QTJAIATY

Ln

Pr4

ORTr4A L PAGE IS

4OFPOOR QUALITY

r 7CVTNAL PAGB 13

qroiQo ALM

r7

00

r4

Fr4

-120shy

co

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cli

RECEDINQ PAGE5BLANK NOT FxLMED

-1-Nshy

PNO 1B PWR QTJAIATY

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ORTr4A L PAGE IS

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r 7CVTNAL PAGB 13

qroiQo ALM

r7

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PNO 1B PWR QTJAIATY

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r 7CVTNAL PAGB 13

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PNO 1B PWR QTJAIATY

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ORTr4A L PAGE IS

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ORTr4A L PAGE IS

4OFPOOR QUALITY

r 7CVTNAL PAGB 13

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