Holdings: Fundamentals of astrometry

Fundamentals of astrometry:

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Bibliographic Details
Main Authors:	Kovalevsky, Jean 1929-2018 (Author), Seidelmann, P. Kenneth (Author)
Format:	Book
Language:	English
Published:	Cambridge Cambridge University Press 2004
Subjects:	Astrometry Astrometrie
Online Access:	Publisher description Table of contents Inhaltsverzeichnis
Item Description:	Includes bibliographical references (p. 387-397 ) and index
Physical Description:	xvi, 404 p. graph. Darst. 26 cm
ISBN:	0521642167

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MARC


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adam_text	FUNDAMENTALS OF ASTROMETRY JEAN KOVALEVSKY CERGA, OBSERVATOIRE DE LA COTE D AZUR P. KENNETH SEIDELMANN DEPARTMENT OF ASTRONOMY, UNIVERSITY OF VIRGINIA CAMBRIDGE UNIVERSITY PRESS CONTENTS PREFACE PAGE XI LIST OF ABBREVIATIONS XIII 1 INTRODUCTION 1 1.1 CLASSICAL ASTROMETRY 2 1.2 NEW ASTRDMETRY 5 1.3 TIME 6 1.4 EARTH ORIENTATION AND REFERENCE FRAMES 8 2 NEW OBSERVATIONAL TECHNIQUES 11 2.1 NEW DETECTORS 11 2.2 BASICS OF INTERFEROMETRY 12 2.3 STELLAR INTERFEROMETRY 16 2.4 APPLICATIONS OF TIME MEASUREMENTS 23 2.5 LAUNCHED SPACE ASTROMETRY SATELLITES 29 2.6 PROPOSED SPACE MISSIONS 33 3 BASIC PRINCIPLES AND COORDINATE SYSTEMS 39 3.1 VECTORS . 39 3.2 VECTOR DERIVATIVES 43 3.3 GRADIENT 45 3.4 MATRICES 46 3.5 TENSORS 50 3.6 QUATERNIONS 54 3.7 SPHERICAL TRIGONOMETRY 57 3.8 COORDINATE SYSTEMS 59 3.9 DIFFERENTIAL COORDINATES 61 VN III CONTENTS 3.10 REFERENCE COORDINATES 64 3.11 TIME 68 3.12 EXTRAGALACTIC REFERENCE FRAME 68 4 TREATMENT OF ASTRONOMICAL DATA 71 4.1 INTRODUCTION TO DATA REDUCTION 71 4.2 RANDOM ERRORS 74 4.3 SYSTEMATIC ERRORS 81 4.4 METHOD OF LEAST SQUARES 82 4.5 ADDITIONAL ASPECTS 89 5 PRINCIPLES OF RELATIVITY 93 5.1 RELATIVITY PRINCIPLES 94 5.2 SPECIAL RELATIVITY 94 5.3 GENERAL RELATIVITY 103 5.4 SPACE-TIME COORDINATE SYSTEMS 111 5.5 TIME SCALES 115 4 5.6 ASTROMETRIC EFFECTS 117 6 APPARENT DISPLACEMENTS OF CELESTIAL OBJECTS 121 6.1 ATMOSPHERIC REFRACTION 121 6.2 PARALLACTIC CORRECTIONS 131 6.3 ABERRATION 135 6.4 RELATIVISTIC LIGHT DEFLECTION 144 6.5 RETARDATION OF LIGHT , 154 7 EXTRAGALACTIC REFERENCE FRAME 157 7.1 INTERNATIONAL CELESTIAL REFERENCE SYSTEM (ICRS) 157 7.2 INTERNATIONAL CELESTIAL REFERENCE FRAME (ICRF) 159 7.3 OPTICAL REALIZATIONS OF THE ICRF 162 7.4 DYNAMICAL REFERENCE FRAME TIE TO THE ICRF 163 7.5 TRANSFORMATION BETWEEN GCRS AND BCRS 164 7.6 ICRF STARS AT OTHER EPOCHS 165 7.7 CONSEQUENCES OF ADOPTION OF THE ICRS AND ICRF 166 7.8 TRANSFORMATIONS TO ECLIPTIC AND GALACTIC COORDINATES 167 8 DYNAMICAL REFERENCE FRAME 171 8.1 OUR SOLAR SYSTEM 172 8.2 EPHEMERIDES 172 8.3 REFERENCE PLANES 174 CONTENTS I X 8.4 NEW DEFINITIONS OF A REFERENCE FRAME AND FIDUCIAL POINT 174 8.5 GENERALITIES ON PRECESSION AND NUTATION 176 8.6 PRECESSION 177 8.7 NUTATION 183 9 TERRESTRIAL COORDINATE SYSTEMS 187 9.1 INTRODUCTION 187 9.2 TERRESTRIAL REFERENCE SYSTEMS 188 9.3 THE ITRF SERIES 189 9.4 GEODETIC COORDINATES 193 9.5 PHYSICAL GEODESY 195 9.6 COORDINATES OF A POINT ON THE EARTH 199 9.7 TOPOCENTRIC ASTRONOMICAL COORDINATES 201 9.8 TIME VARIATIONS 206 9.9 DYNAMICAL CONSEQUENCES 214 10 EARTH ORIENTATION 217 10.1 EARTH ORIENTATION PRESENTATION 217 10.2 OBSERVATION OF THE EARTH S ROTATION 221 10.3 CELESTIAL AND TERRESTRIAL MOVING FRAMES 223 10.4 DESCRIPTION OF THE EARTH S ORIENTATION 228 10.5 UNIVERSAL TIME 231 10.6 ITRF TO ICRF TRANSFORMATIONS 234 10.7 OTHER EFFECTS 237 11 STARS 239 11.1 STAR POSITIONS 239 11.2 DISTANCE OF STARS 241 11.3 SPACE MOTIONS 246 11.4 MAGNITUDES 254 11.5 PRE-HIPPARCOS STAR CATALOGS 259 11.6 HIPPARCOS-BASED CATALOGS 267 11.7 OPTICAL REFERENCE STAR DENSIFICATION 271 12 DOUBLE AND MULTIPLE STAR SYSTEMS 275 12.1 THE TWO-BODY PROBLEM 275 12.2 APPARENT ORBITS OF DOUBLE STARS 281 12.3 RESOLVED DOUBLE STARS 285 12.4 ASTROMETRIC DOUBLE STARS 289 CONTENTS 12.5 SPECTROSCOPIC BINARIES 12.6 PHOTOMETRIC BINARIES 12.7 PARTICULAR OBJECTS 12.8 DETERMINATION OF STELLAR MASSES 12.9 CATALOGS OF DOUBLE AND MULTIPLE STARS 13 ASTRONOMICAL PHENOMENA 13.1 MOTIONS INVOLVED 13.2 PERIODS 13.3 RISING/SETTING 13.4 PHASES 13.5 OPPOSITIONS, CONJUNCTIONS, STATIONARY POINTS, ELONGATIONS 13.6 ECLIPSES 13.7 OCCULTATIONS 13.8 TRANSITS 13.9 MUTUAL EVENTS 13.10 PHYSICAL EPHEMERIDES 13.11 CALENDAR 14 APPLICATIONS TO OBSERVATIONS 14.1 OBSERVING DIFFERENCES, CLASSICAL AND NEW SYSTEMS 14.2 DETERMINATIONS OF POSITIONS 14.3 CCD OBSERVATIONS 14.4 PLATE REDUCTION 14.5 OVERLAPPING PLATE SOLUTIONS , 14.6 RADIO OBSERVATIONS 14.7 MILLISECOND PULSARS 14.8 EXTRASOLAR PLANETS APPENDIX A EXAMPLES APPENDIX B ASTRONOMICAL VALUES GLOSSARY REFERENCES INDEX 292 297 300 302 305 307 307 308 309 312 314 314 315 318 318 318 319 323 323 324 325 327 329 338 338 345 353 363 371 387 399
adam_txt	FUNDAMENTALS OF ASTROMETRY JEAN KOVALEVSKY CERGA, OBSERVATOIRE DE LA COTE D'AZUR P. KENNETH SEIDELMANN DEPARTMENT OF ASTRONOMY, UNIVERSITY OF VIRGINIA CAMBRIDGE UNIVERSITY PRESS CONTENTS PREFACE PAGE XI LIST OF ABBREVIATIONS XIII 1 INTRODUCTION 1 1.1 CLASSICAL ASTROMETRY 2 1.2 NEW ASTRDMETRY 5 1.3 TIME 6 1.4 EARTH ORIENTATION AND REFERENCE FRAMES 8 2 NEW OBSERVATIONAL TECHNIQUES 11 2.1 NEW DETECTORS 11 2.2 BASICS OF INTERFEROMETRY 12 2.3 STELLAR INTERFEROMETRY 16 2.4 APPLICATIONS OF TIME MEASUREMENTS \ 23 2.5 LAUNCHED SPACE ASTROMETRY SATELLITES 29 2.6 PROPOSED SPACE MISSIONS 33 3 BASIC PRINCIPLES AND COORDINATE SYSTEMS 39 3.1 VECTORS . 39 3.2 VECTOR DERIVATIVES 43 3.3 GRADIENT 45 3.4 MATRICES 46 3.5 TENSORS 50 3.6 QUATERNIONS 54 3.7 SPHERICAL TRIGONOMETRY 57 3.8 COORDINATE SYSTEMS 59 3.9 DIFFERENTIAL COORDINATES 61 VN III CONTENTS 3.10 REFERENCE COORDINATES 64 3.11 TIME 68 3.12 EXTRAGALACTIC REFERENCE FRAME 68 4 TREATMENT OF ASTRONOMICAL DATA 71 4.1 INTRODUCTION TO DATA REDUCTION 71 4.2 RANDOM ERRORS 74 4.3 SYSTEMATIC ERRORS 81 4.4 METHOD OF LEAST SQUARES 82 4.5 ADDITIONAL ASPECTS 89 5 PRINCIPLES OF RELATIVITY 93 5.1 RELATIVITY PRINCIPLES 94 5.2 SPECIAL RELATIVITY 94 5.3 GENERAL RELATIVITY 103 5.4 SPACE-TIME COORDINATE SYSTEMS 111 5.5 TIME SCALES 115 4 5.6 ASTROMETRIC EFFECTS 117 6 APPARENT DISPLACEMENTS OF CELESTIAL OBJECTS 121 6.1 ATMOSPHERIC REFRACTION 121 6.2 PARALLACTIC CORRECTIONS 131 6.3 ABERRATION 135 6.4 RELATIVISTIC LIGHT DEFLECTION 144 6.5 RETARDATION OF LIGHT , 154 7 EXTRAGALACTIC REFERENCE FRAME 157 7.1 INTERNATIONAL CELESTIAL REFERENCE SYSTEM (ICRS) 157 7.2 INTERNATIONAL CELESTIAL REFERENCE FRAME (ICRF) 159 7.3 OPTICAL REALIZATIONS OF THE ICRF 162 7.4 DYNAMICAL REFERENCE FRAME TIE TO THE ICRF " 163 7.5 TRANSFORMATION BETWEEN GCRS AND BCRS 164 7.6 ICRF STARS AT OTHER EPOCHS 165 7.7 CONSEQUENCES OF ADOPTION OF THE ICRS AND ICRF 166 7.8 TRANSFORMATIONS TO ECLIPTIC AND GALACTIC COORDINATES 167 8 DYNAMICAL REFERENCE FRAME 171 8.1 OUR SOLAR SYSTEM 172 8.2 EPHEMERIDES 172 8.3 REFERENCE PLANES 174 CONTENTS I X 8.4 NEW DEFINITIONS OF A REFERENCE FRAME AND FIDUCIAL POINT 174 8.5 GENERALITIES ON PRECESSION AND NUTATION 176 8.6 PRECESSION 177 8.7 NUTATION 183 9 TERRESTRIAL COORDINATE SYSTEMS 187 9.1 INTRODUCTION 187 9.2 TERRESTRIAL REFERENCE SYSTEMS 188 9.3 THE ITRF SERIES 189 9.4 GEODETIC COORDINATES 193 9.5 PHYSICAL GEODESY 195 9.6 COORDINATES OF A POINT ON THE EARTH 199 9.7 TOPOCENTRIC ASTRONOMICAL COORDINATES 201 9.8 TIME VARIATIONS 206 9.9 DYNAMICAL CONSEQUENCES 214 10 EARTH ORIENTATION 217 10.1 EARTH ORIENTATION PRESENTATION 217 10.2 OBSERVATION OF THE EARTH'S ROTATION 221 10.3 CELESTIAL AND TERRESTRIAL MOVING FRAMES 223 10.4 DESCRIPTION OF THE EARTH'S ORIENTATION 228 10.5 UNIVERSAL TIME 231 10.6 ITRF TO ICRF TRANSFORMATIONS 234 10.7 OTHER EFFECTS 237 11 STARS 239 11.1 STAR POSITIONS 239 11.2 DISTANCE OF STARS 241 11.3 SPACE MOTIONS 246 11.4 MAGNITUDES 254 11.5 PRE-HIPPARCOS STAR CATALOGS 259 11.6 HIPPARCOS-BASED CATALOGS 267 11.7 OPTICAL REFERENCE STAR DENSIFICATION 271 12 DOUBLE AND MULTIPLE STAR SYSTEMS 275 12.1 THE TWO-BODY PROBLEM 275 12.2 APPARENT ORBITS OF DOUBLE STARS 281 12.3 RESOLVED DOUBLE STARS 285 12.4 ASTROMETRIC DOUBLE STARS 289 CONTENTS 12.5 SPECTROSCOPIC BINARIES 12.6 PHOTOMETRIC BINARIES 12.7 PARTICULAR OBJECTS 12.8 DETERMINATION OF STELLAR MASSES 12.9 CATALOGS OF DOUBLE AND MULTIPLE STARS 13 ASTRONOMICAL PHENOMENA 13.1 MOTIONS INVOLVED 13.2 PERIODS 13.3 RISING/SETTING 13.4 PHASES 13.5 OPPOSITIONS, CONJUNCTIONS, STATIONARY POINTS, ELONGATIONS 13.6 ECLIPSES 13.7 OCCULTATIONS 13.8 TRANSITS 13.9 MUTUAL EVENTS 13.10 PHYSICAL EPHEMERIDES 13.11 CALENDAR 14 APPLICATIONS TO OBSERVATIONS 14.1 OBSERVING DIFFERENCES, CLASSICAL AND NEW SYSTEMS 14.2 DETERMINATIONS OF POSITIONS 14.3 CCD OBSERVATIONS 14.4 PLATE REDUCTION 14.5 OVERLAPPING PLATE SOLUTIONS \, 14.6 RADIO OBSERVATIONS 14.7 MILLISECOND PULSARS 14.8 EXTRASOLAR PLANETS APPENDIX A EXAMPLES APPENDIX B ASTRONOMICAL VALUES GLOSSARY REFERENCES INDEX 292 297 300 302 305 307 307 308 309 312 314 314 315 318 318 318 319 323 323 324 325 327 329 338 338 345 353 363 371 387 399
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title	Fundamentals of astrometry
title_auth	Fundamentals of astrometry
title_exact_search	Fundamentals of astrometry
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title_full	Fundamentals of astrometry Jean Kovalevsky ; P. Kenneth Seidelmann
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title_full_unstemmed	Fundamentals of astrometry Jean Kovalevsky ; P. Kenneth Seidelmann
title_short	Fundamentals of astrometry
title_sort	fundamentals of astrometry
topic	Astrometry Astrometrie (DE-588)4207657-2 gnd
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