Citation
Loraas based ionospheric measurements and their application to the Navy space survellance fence

Material Information

Title:
Loraas based ionospheric measurements and their application to the Navy space survellance fence
Creator:
Davis, Brian Jordan
Publication Date:
Language:
English
Physical Description:
46 leaves : illustrations ; 28 cm

Subjects

Subjects / Keywords:
Ionospheric radio wave absorption ( lcsh )
Space surveillance ( lcsh )
Ionosondes ( lcsh )
Surveillance radar ( lcsh )
Ionospheric electron density ( lcsh )
Ionosondes ( fast )
Ionospheric electron density ( fast )
Ionospheric radio wave absorption ( fast )
Space surveillance ( fast )
Surveillance radar ( fast )
Genre:
bibliography ( marcgt )
theses ( marcgt )
non-fiction ( marcgt )

Notes

Bibliography:
Includes bibliographical references (leaves 43-46).
Statement of Responsibility:
by Brian Jordan Davis.

Record Information

Source Institution:
University of Colorado Denver
Holding Location:
Auraria Library
Rights Management:
All applicable rights reserved by the source institution and holding location.
Resource Identifier:
54663358 ( OCLC )
ocm54663358
Classification:
LD1190.E54 2003m D38 ( lcc )

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Full Text

PAGE 13

W,

PAGE 15

TOPEX

PAGE 16

d;

PAGE 17

=_1_40.3VTEC 10M l VTEC L2 2/22 TEC=-(j;2 2)(L, -L2)+B+v -/2

PAGE 18

t t

PAGE 19

TEC(Ao pAA,o +qA(J) pX1-q'yrEC o,o +q(lP'p'ECO,l pqTEG,l p q q TECo TECl.l qA(J, pAJ.) TECo o TECt.o p

PAGE 23

Al A 2 n'J... n Al P A2, Al P A2 B d d nA

PAGE 25

(PN/S)

PAGE 26

n PNIS COS(OpNIS) L Pu n e e PEIW pEIW 8pN /S rsat).

PAGE 27

_l(e) n Range Tsat A LECF LpENU R}, R2 R3

PAGE 28

R3(B)=

PAGE 36

22 22 22

PAGE 37

rpierce. rpierce P nadir angle Pwith pierce normal. Earth central angle, r sat rpierce p h Re: Re+h

PAGE 38

t/J A A t/J A) A t/J] rpiercein t/J, h.

PAGE 39

rpierCe). rpierce. x LEeF x y, x x lirGl

PAGE 40

z 14Cee; ee 400kml3

PAGE 41

cosz' /2 z')= cos(z')

PAGE 42

z'= z z' l1riono V1EC not BpNIS BpEIW e

PAGE 43

BpE'W, e, 40.3VTEC sat &-;0110 ;0110 h) /lAo (r sat &-;0110 '1';0110 2h r sat /l;ono rsar &-iono (r sat ArjOllD ArjOnD n2 e Ileiono BpE'W

PAGE 45

e OpE'W)

PAGE 53

1. Integrated Instrument and Algorithm CalibrationlValidation Plan for the Defense Meteorological Satellite Program Special Sensor Ultra Violet Limb Imager (SSULI) the Special Sensor Ultra Violet Spectrographic Imager (SSUSI). QST, Online Radio Electronics Course Reading 28. Radar Handbook (2nd Ed). How to use CODE's Global Ionosphere Maps. International Reference Ionosphere 1990. Radio Science, Advances in Space Research, Advances in Space Research, 1995/96." Advances in Space Research, Advances in Space Research,

PAGE 54

12. TOPEXIPOSEIDON Fact Sheet. Journal of Atmospheric and Solar-Terrestrial Physics, Terrestrial, Atmospheric and Oceanic SCiences, Journal of Geophysical Research, Planet Space Sci., Radio Science, Understanding GPS Principles and Applications. Proceedings of the lGS AC Workshop, Proceedings of the lGS AC Workshop, Proceedings of the IRE, Aviation Week Space Technology, Radar Handbook.

PAGE 55

Proceedings of the AASIAIAA Astrodynamics Specialists Conference, Proceedings of the IRE, Proceedings of the AASIAIAA Astrodynamics Specialists Conference, Proceedings of the AASIAIAA Astrodynamics SpeCialists Conference, 28. SSUU GDAS Algorithm Description Document (ADD). Proceedings of the I 6th International Sumposium on Spaceflight Dynamics, GPS Theory and Practice. AGARD Lecture Series No. Ionospheric Radio. Space Mission Analysis and Design. Fundamentals of Astrodynamics Applications.