Astrometry and satellite orbits: theoretical considerations and typical applications
Gespeichert in:
| 1. Verfasser: | |
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| Format: | Buch |
| Sprache: | English |
| Veröffentlicht: |
Zürich
Schweizerische Geodät. Kommission
1998
|
| Schriftenreihe: | Geodätisch-geophysikalische Arbeiten in der Schweiz
57 |
| Online-Zugang: | Inhaltsverzeichnis |
| Beschreibung: | 209 S. Ill., graph Darst. |
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| 100 | 1 | |a Hugentobler, Urs |e Verfasser |4 aut | |
| 245 | 1 | 0 | |a Astrometry and satellite orbits |b theoretical considerations and typical applications |c Urs Hugentobler |
| 264 | 1 | |a Zürich |b Schweizerische Geodät. Kommission |c 1998 | |
| 300 | |a 209 S. |b Ill., graph Darst. | ||
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Datensatz im Suchindex
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|---|---|
| adam_text | GEODATISCH-GEOPHYSIKALISCHE ARBEITEN IN DER SCHWEIZ (FORTSETZUNG DER
PUBLIKATIONSREIHE ASTRONOMISCH-GEODATISCHE ARBEITEN IN DER SCHWEIZ»)
HERAUSGEGEBEN VON DER SCHWEIZERISCHEN GEODATISCHEN KOMMISSION (ORGAN DER
SCHWEIZERISCHEN AKADEMIE DER NATURWISSENSCHAFTEN) SUB GOTTINGEN 7 210
423 994 99 B4316 SIEBENUNDFIINFZIGSTER BAND ASTROMETRY AND SATELLITE
ORBITS: VOLUME 57 THEORETICAL CONSIDERATIONS AND TYPICAL APPLICATIONS
URS HUGENTOBLER 1998 CONTENTS INTRODUCTION 5 1 ASTROMETRY OF ARTIFICIAL
SATELLITES 11 1.1 OPTICAL OBSERVATIONS AND REDUCTION METHODS 11 1.1.1
INSTRUMENTATION IN ZIMMERWALD 11 1.1.2 OBSERVATION TECHNIQUE FOR FAST
MOVING OBJECTS WITH CCD 11 1.1.3 ASTROMETRIC CATALOGUES 16 1.1.4
REDUCTION OF SATELLITE POSITIONS TO STANDARD COORDINATES 17 1.1.5 SEARCH
FOR EARTH ORBITING OBJECTS 22 1.2 SLOW MOVING SATELLITES 25 1.2.1
GEOSTATIONARY ORBITS 25 1.2.2 DENSITY OF CATALOGUED OBJECTS IN
GEOSTATIONARY RING 31 1.2.3 GEOSTATIONARY TRANSFER ORBITS 36 1.2.4
MOLNIYA ORBITS 38 1.2.5 GPS AND GLONASS ORBITS 39 1.2.6 OTHER HIGH
ALTITUDE ORBITS 40 2 INITIAL ORBIT DETERMINATION 43 2.1 THE ALGORITHMS
43 2.1.1 CIRCULAR ORBIT 43 2.1.2 ELLIPTIC ORBIT 44 2.1.3 ELLIPTIC ORBIT
WITH GIVEN SEMIMAJOR AXIS AND ECCENTRICITY 46 2.2 HOW ACCURATE IS AN
INITIAL ORBIT? 47 2.2.1 METHODS OF ANALYSIS 47 2.2.2 CIRCULAR ORBIT 49
2.2.3 ELLIPTIC ORBIT 61 2.2.4 ELLIPTIC ORBIT WITH GIVEN ECCENTRICITY AND
SEMIMAJOR AXIS 73 2.3 CONCLUSIONS AND EXAMPLES 78 2 CONTENTS 3 ORBIT
DETERMINATION 85 3.1 METHODS AND ROUTINES 85 3.1.1 THE ORBIT
DETERMINATION PROGRAM 85 3.1.2 OBSERVATION TYPES AND PARAMETERS 87 3.1.3
THE FORCE MODEL 91 3.1.4 ORBIT COMBINATION 94 3.1.5 COVARIANCE STUDIES
95 3.2 DISTRIBUTION OF THE OBSERVATIONS 97 3.2.1 OBSERVATIONS WITHIN ONE
NIGHT 97 3.2.2 OBSERVATIONS DISTRIBUTED OVER SEVERAL NIGHTS 100 3.2.3
ERRORS IN THE EXTRAPOLATED POSITION OF THE SATELLITES 101 3.2.4
DETERMINATION OF RADIATION PRESSURE COEFFICIENTS 105 4 RESONANCE OF
SATELLITE MOTION WITH THE GEOPOTENTIAL 111 4.1 INTRODUCTION ILL 4.1.1
COMMENSURABILITY AND RESONANCE 112 4.1.2 THE EARTH S POTENTIAL 113 4.1.3
THE OSCILLATION EQUATION FOR A GEOSYNCHRONOUS SATELLITE 114 4.2 THE
RESONANCE TERMS 116 4.2.1 THE PERTURBATION EQUATION FOR THE SEMIMAJOR
AXIS 116 4.2.2 RESONANCE 118 4.2.3 THE LUMPED COEFFICIENTS 120 4.2.4
COVARIANCE STUDIES FOR THE DETERMINATION OF RESONANT GEOPOTENTIAL
COEFFICIENTS 124 4.3 RESONANCE FOR GPS SATELLITES 128 4.3.1 HEURISTIC
IDENTIFICATION OF RESONANT POTENTIAL TERMS 128 4.3.2 DEPENDENCE ON THE
INCLINATION 129 4.3.3 DERIVATION OF THE OSCILLATION EQUATION FOR A GPS
SATELLITE 130 4.3.4 MEAN ELEMENTS 132 4.3.5 RESONANT DRIFT RATES
COMPUTED FROM THEORY 132 4.3.6 CONTRIBUTION OF THE Y-BIAS TO THE DRIFT
IN THE SEMIMAJOR AXIS . . . 135 CONTENTS 3 5 METEOSAT: OBSERVATIONS AND
RESULTS 139 5.1 OBSERVATION CAMPAIGN OF METEOSAT 4 AND 5 139 5.1.1
BACKGROUND 139 5.1.2 THE ZIMMERWALD OBSERVATIONS 140 5.2 ORBIT
DETERMINATION FOR FOUR DAYS AND THE PRECISION OF THE OBSERVATIONS . 143
5.2.1 ORBIT DETERMINATION WITH AND WITHOUT RADIATION PRESSURE 143 5.2.2
PRECISION OF THE OBSERVATIONS 146 5.3 ORBIT DETERMINATION FOR THE THREE
ARCS AND THE RADIATION PRESSURE .... 148 5.3.1 THE SOLUTIONS FOR THE
THREE ARCS 148 5.3.2 THE RADIATION PRESSURE 150 5.4 COMBINATION OF ARCS
AND DETERMINATION OF RESONANCE TERMS 153 5.4.1 COMBINATION OF TWO ARCS
OF METEOSAT 4 153 5.4.2 DETERMINATION OF THE RESONANT GEOPOTENTIAL TERMS
156 5.4.3 COMBINATION OF ASTROMETRIC OBSERVATIONS FROM ZIMMERWALD AND
GRAZ 158 6 COMBINATION OF RADAR AND ASTROMETRIC MEASUREMENTS 161 6.1
OBSERVATION OF GEOSTATIONARY OBJECTS BY THE FGAN RADAR 161 6.1.1 THE
FGAN RADAR 161 6.1.2 THE FGAN OBSERVATIONS 162 6.2 QUASI-SIMULTANEOUS
RADAR AND OPTICAL OBSERVATIONS 164 6.2.1 THE OBSERVATIONS 164 6.2.2
COMBINATION OF DIFFERENT OBSERVATION TYPES 164 6.3 COVARIANCE STUDIES
172 6.3.1 ORBIT DETERMINATION FROM RADAR OBSERVATIONS 172 6.3.2 EFFECTS
OF OFFSETS IN THE RADAR OBSERVABLES 178 6.3.3 DETERMINATION OF RADAR
OFFSETS USING ASTROMETRIC OBSERVATIONS . . 180 A TRANSFORMATION FORMULAE
187 A.I DIFFERENT SETS OF ORBITAL ELEMENTS AND TRANSFORMATION OF
DERIVATIVES . . . 187 A.2 JACOBIAN MATRICES FOR TRANSFORMATIONS OF THE
COVARIANCE MATRIX 190 B COMBINING ARCS SEPARATED BY A MANOEUVER 193 4
CONTENTS C RADIATION PRESSURE MODEL FOR THE METEOSAT SATELLITES 195
ABBREVIATIONS 199 ACKNOWLEDGEMENTS 202 REFERENCES 203
|
| adam_txt |
GEODATISCH-GEOPHYSIKALISCHE ARBEITEN IN DER SCHWEIZ (FORTSETZUNG DER
PUBLIKATIONSREIHE ASTRONOMISCH-GEODATISCHE ARBEITEN IN DER SCHWEIZ»)
HERAUSGEGEBEN VON DER SCHWEIZERISCHEN GEODATISCHEN KOMMISSION (ORGAN DER
SCHWEIZERISCHEN AKADEMIE DER NATURWISSENSCHAFTEN) SUB GOTTINGEN 7 210
423 994 99 B4316 SIEBENUNDFIINFZIGSTER BAND ASTROMETRY AND SATELLITE
ORBITS: VOLUME 57 THEORETICAL CONSIDERATIONS AND TYPICAL APPLICATIONS
URS HUGENTOBLER 1998 CONTENTS INTRODUCTION 5 1 ASTROMETRY OF ARTIFICIAL
SATELLITES 11 1.1 OPTICAL OBSERVATIONS AND REDUCTION METHODS 11 1.1.1
INSTRUMENTATION IN ZIMMERWALD 11 1.1.2 OBSERVATION TECHNIQUE FOR FAST
MOVING OBJECTS WITH CCD 11 1.1.3 ASTROMETRIC CATALOGUES 16 1.1.4
REDUCTION OF SATELLITE POSITIONS TO STANDARD COORDINATES 17 1.1.5 SEARCH
FOR EARTH ORBITING OBJECTS 22 1.2 SLOW MOVING SATELLITES 25 1.2.1
GEOSTATIONARY ORBITS 25 1.2.2 DENSITY OF CATALOGUED OBJECTS IN
GEOSTATIONARY RING 31 1.2.3 GEOSTATIONARY TRANSFER ORBITS 36 1.2.4
MOLNIYA ORBITS 38 1.2.5 GPS AND GLONASS ORBITS 39 1.2.6 OTHER HIGH
ALTITUDE ORBITS 40 2 INITIAL ORBIT DETERMINATION 43 2.1 THE ALGORITHMS
43 2.1.1 CIRCULAR ORBIT 43 2.1.2 ELLIPTIC ORBIT 44 2.1.3 ELLIPTIC ORBIT
WITH GIVEN SEMIMAJOR AXIS AND ECCENTRICITY 46 2.2 HOW ACCURATE IS AN
INITIAL ORBIT? 47 2.2.1 METHODS OF ANALYSIS 47 2.2.2 CIRCULAR ORBIT 49
2.2.3 ELLIPTIC ORBIT 61 2.2.4 ELLIPTIC ORBIT WITH GIVEN ECCENTRICITY AND
SEMIMAJOR AXIS 73 2.3 CONCLUSIONS AND EXAMPLES 78 2 CONTENTS 3 ORBIT
DETERMINATION 85 3.1 METHODS AND ROUTINES 85 3.1.1 THE ORBIT
DETERMINATION PROGRAM 85 3.1.2 OBSERVATION TYPES AND PARAMETERS 87 3.1.3
THE FORCE MODEL 91 3.1.4 ORBIT COMBINATION 94 3.1.5 COVARIANCE STUDIES
95 3.2 DISTRIBUTION OF THE OBSERVATIONS 97 3.2.1 OBSERVATIONS WITHIN ONE
NIGHT 97 3.2.2 OBSERVATIONS DISTRIBUTED OVER SEVERAL NIGHTS 100 3.2.3
ERRORS IN THE EXTRAPOLATED POSITION OF THE SATELLITES 101 3.2.4
DETERMINATION OF RADIATION PRESSURE COEFFICIENTS 105 4 RESONANCE OF
SATELLITE MOTION WITH THE GEOPOTENTIAL 111 4.1 INTRODUCTION ILL 4.1.1
COMMENSURABILITY AND RESONANCE 112 4.1.2 THE EARTH'S POTENTIAL 113 4.1.3
THE OSCILLATION EQUATION FOR A GEOSYNCHRONOUS SATELLITE 114 4.2 THE
RESONANCE TERMS 116 4.2.1 THE PERTURBATION EQUATION FOR THE SEMIMAJOR
AXIS 116 4.2.2 RESONANCE 118 4.2.3 THE LUMPED COEFFICIENTS 120 4.2.4
COVARIANCE STUDIES FOR THE DETERMINATION OF RESONANT GEOPOTENTIAL
COEFFICIENTS 124 4.3 RESONANCE FOR GPS SATELLITES 128 4.3.1 HEURISTIC
IDENTIFICATION OF RESONANT POTENTIAL TERMS 128 4.3.2 DEPENDENCE ON THE
INCLINATION 129 4.3.3 DERIVATION OF THE OSCILLATION EQUATION FOR A GPS
SATELLITE 130 4.3.4 MEAN ELEMENTS 132 4.3.5 RESONANT DRIFT RATES
COMPUTED FROM THEORY 132 4.3.6 CONTRIBUTION OF THE Y-BIAS TO THE DRIFT
IN THE SEMIMAJOR AXIS . . . 135 CONTENTS 3 5 METEOSAT: OBSERVATIONS AND
RESULTS 139 5.1 OBSERVATION CAMPAIGN OF METEOSAT 4 AND 5 139 5.1.1
BACKGROUND 139 5.1.2 THE ZIMMERWALD OBSERVATIONS 140 5.2 ORBIT
DETERMINATION FOR FOUR DAYS AND THE PRECISION OF THE OBSERVATIONS . 143
5.2.1 ORBIT DETERMINATION WITH AND WITHOUT RADIATION PRESSURE 143 5.2.2
PRECISION OF THE OBSERVATIONS 146 5.3 ORBIT DETERMINATION FOR THE THREE
ARCS AND THE RADIATION PRESSURE . 148 5.3.1 THE SOLUTIONS FOR THE
THREE ARCS 148 5.3.2 THE RADIATION PRESSURE 150 5.4 COMBINATION OF ARCS
AND DETERMINATION OF RESONANCE TERMS 153 5.4.1 COMBINATION OF TWO ARCS
OF METEOSAT 4 153 5.4.2 DETERMINATION OF THE RESONANT GEOPOTENTIAL TERMS
156 5.4.3 COMBINATION OF ASTROMETRIC OBSERVATIONS FROM ZIMMERWALD AND
GRAZ 158 6 COMBINATION OF RADAR AND ASTROMETRIC MEASUREMENTS 161 6.1
OBSERVATION OF GEOSTATIONARY OBJECTS BY THE FGAN RADAR 161 6.1.1 THE
FGAN RADAR 161 6.1.2 THE FGAN OBSERVATIONS 162 6.2 QUASI-SIMULTANEOUS
RADAR AND OPTICAL OBSERVATIONS 164 6.2.1 THE OBSERVATIONS 164 6.2.2
COMBINATION OF DIFFERENT OBSERVATION TYPES 164 6.3 COVARIANCE STUDIES
172 6.3.1 ORBIT DETERMINATION FROM RADAR OBSERVATIONS 172 6.3.2 EFFECTS
OF OFFSETS IN THE RADAR OBSERVABLES 178 6.3.3 DETERMINATION OF RADAR
OFFSETS USING ASTROMETRIC OBSERVATIONS . . 180 A TRANSFORMATION FORMULAE
187 A.I DIFFERENT SETS OF ORBITAL ELEMENTS AND TRANSFORMATION OF
DERIVATIVES . . . 187 A.2 JACOBIAN MATRICES FOR TRANSFORMATIONS OF THE
COVARIANCE MATRIX 190 B COMBINING ARCS SEPARATED BY A MANOEUVER 193 4
CONTENTS C RADIATION PRESSURE MODEL FOR THE METEOSAT SATELLITES 195
ABBREVIATIONS 199 ACKNOWLEDGEMENTS 202 REFERENCES 203 |
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| spelling | Hugentobler, Urs Verfasser aut Astrometry and satellite orbits theoretical considerations and typical applications Urs Hugentobler Zürich Schweizerische Geodät. Kommission 1998 209 S. Ill., graph Darst. txt rdacontent n rdamedia nc rdacarrier Geodätisch-geophysikalische Arbeiten in der Schweiz 57 Geodätisch-geophysikalische Arbeiten in der Schweiz 57 (DE-604)BV001895327 57 GBV Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=015632769&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Hugentobler, Urs Astrometry and satellite orbits theoretical considerations and typical applications Geodätisch-geophysikalische Arbeiten in der Schweiz |
| title | Astrometry and satellite orbits theoretical considerations and typical applications |
| title_auth | Astrometry and satellite orbits theoretical considerations and typical applications |
| title_exact_search | Astrometry and satellite orbits theoretical considerations and typical applications |
| title_exact_search_txtP | Astrometry and satellite orbits theoretical considerations and typical applications |
| title_full | Astrometry and satellite orbits theoretical considerations and typical applications Urs Hugentobler |
| title_fullStr | Astrometry and satellite orbits theoretical considerations and typical applications Urs Hugentobler |
| title_full_unstemmed | Astrometry and satellite orbits theoretical considerations and typical applications Urs Hugentobler |
| title_short | Astrometry and satellite orbits |
| title_sort | astrometry and satellite orbits theoretical considerations and typical applications |
| title_sub | theoretical considerations and typical applications |
| url | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=015632769&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
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