Practical guide to lightcurve photometry and analysis:
Saved in:
| Main Author: | |
|---|---|
| Format: | Book |
| Language: | English |
| Published: |
New York, NY
Springer
2006
|
| Subjects: | |
| Online Access: | http://deposit.dnb.de/cgi-bin/dokserv?id=2680873&prov=M&dokv̲ar=1&doke̲xt=htm Inhaltsverzeichnis |
| Item Description: | Nebensacht.: Lightcurve photometry and analyis Nebent.:Nebensacht.: Guide to lightcurve photometry and analysis |
| Physical Description: | XIII, 297 S. Ill., graph. Darst. |
| ISBN: | 0387293655 |
Staff View
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Record in the Search Index
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| adam_text | BRIAN D. WARNER A PRACTICAL GUIDE TO LIGHTCURVE PHOTOMETRY AND ANALYSIS
FOREWORD BY ALAN W. HARRIS 4Y SPRINGER CONTENTS GETTING STARTED 1 1.1
WHAT IS LIGHTCURVE PHOTOMETRY? 3 1.2 WHAT LIES AHEAD 4 TARGETS OF
OPPORTUNITY 7 2.1 ASTEROIDS 7 2.2 VARIABLE STARS 12 2.3 ECLIPSING BINARY
LIGHTCURVE CHARACTERISTICS 15 2.4 CATACLYSMIC VARIABLES 17 2.5 CEPHEIDS
18 2.6 LONG PERIOD (MIRA) VARIABLES 18 2.7 SEMI-REGULAR VARIABLES 18 2.8
, OTHER TARGETS 19 2.9 SUMMARY 20 PHOTOMETRY FUNDAMENTALS 21 3.1 A
LITTLE BIT OF HISTORY 21 3.2 THE FIRST COLOR-BASED SYSTEMS 22 3.3 THE
JOHNSON-COUSINS STANDARD 23 3.4 SETTING THE STANDARD 24 3.5 SEEING RED
24 3.6 CCDS AND STANDARD MAGNITUDES:. 24 3.7 LANDOLT STANDARDS :. 25 3.8
HENDEN SEQUENCES 26 THE PHOTOMETRY PRIMER 27 4.1 INSTRUMENTAL VERSUS
STANDARD MAGNITUDES 27 4.2 AIR MASS 28 4.3 EXTINCTION 29 4.4 TRANSFORMS
AND NIGHTLY ZERO-POINTS 31 4.5 DIFFERENTIAL VERSUS ALL-SKY PHOTOMETRY 32
4.6 SEEING AND SCINTILLATION 35 4.7 MATCHING PIXEL SIZE TO SEEING 36 4.8
BIAS FRAMES 36 4.9 DARK FRAMES 37 4.10 FLAT FIELDS 37 IX X CONTENTS 4.11
PHOTOMETRY APERTURES AND ANNULUSES 41 4.12 REPORTING ERRORS 46
PHOTOMETRIC REDUCTIONS 47 5.1 THE DIFFERENT PATH 48 5.2 THE DIFFERENTIAL
FORMULA 49 5.3 CLEAR TO VISUAL CONVERSIONS 50 5.4 FIRST-ORDER
EXTINCTIONS - ARE THEY REALLY NECESSARY? 50 5.5 THE SAME COLOR INDEX 52
5.6 TRANSFORMS FIRST 53 5.7 FINDING TRANSFORMS 53 5.8 THE HIDDEN
TRANSFORMS 56 5.9 FIRST-ORDER EXTINCTION 57 5.10 FINDING FIRST-ORDER
EXTINCTION (MODIFIED HARDIE) 59 5.11 A VARIATION ON THE MODIFIED HARDIE
METHOD 61 5.12 FINDING FIRST-ORDER EXTINCTION (COMP STAR) 62 5.13
COMPARISON AND TARGET STANDARD COLOR INDEX VALUES 63 5.14 FIND THE COLOR
INDICES OF THE COMPARISONS AND TARGET 64 5.15 THE COMPARISON STAR
STANDARD MAGNITUDES 66 5.16 FINDING THE COMPARISON STAR STANDARD
MAGNITUDES 67 5.17 TARGET STANDARD MAGNITUDES , 68 5.18 FINDING THE
STANDARD MAGNITUDES OF THE TARGET 68 5.19 THE DIFFERENT PATH S END 71
5.20 A MINIMALIST APPROACH 71 5.21 USING THE MINIMALIST APPROACH FOR
STANDARD MAGNITUDES 72 SECOND ORDER EXTINCTION 77 6.1 DERIVING A
SINGLE-COLOR APPROACH 77 6.2 THE SLOPE OF SLOPES METHOD 78 6.3 WHEN IS
THE SECOND-ORDER TERM APPLIED? 80 6.4 SUMMARY 81 TELESCOPES AND CAMERAS
83 7.1 THE TELESCOPE 83 7.2 THE CCD CAMERA 87 7.3 DIGITAL AND WEB
CAMERAS 95 7.4 FILTER WHEELS 96 7.5 GUIDING CONSIDERATIONS 97 IMAGING
AND PHOTOMETRY SOFTWARE 99 8.1 IMAGE ACQUISITION SOFTWARE 99 8.2
SPECIFIC FEATURES 100 8.3 PHOTOMETRY SOFTWARE 102 CONTENTS XI 8.4
CONFORMING TO ACCEPTED STANDARDS 106 8.5 MANUAL VERSUS AUTOMATED
MEASURING 109 COLLECTING PHOTONS ILL 9.1 THE FIRST STEP - GETTING THE
RIGHT TIME 111 9.2 PLANNING THE OBSERVING PROGRAM 112 9.3 SELECTING
TARGETS 113 9.4 GENERAL CONSIDERATIONS 114 9.5 ASTEROIDS 115 9.6
VARIABLE STARS 117 9.7 THE OBSERVING RUN 118 9.8 MEASURING IMAGES 120
9.9 FROM IMAGE TO DATA 123 9.10 THE HANDS-ON APPROACH FOR MEASURING
IMAGES 125 9.11 CHECKING THE COMPARISON STARS 129 9.12 THE AUTOMATED
APPROACH TO MEASURING IMAGES 130 ANALYZING THE DATA 133 10.1 THE QUALITY
OF DATA 133 PERIOD ANALYSIS 137 11.1 ABOUT MERGING DATA AND SETTING
ZERO-POINTS 137 11.2 A SIMPLE START 139 11.3 TO WHAT PRECISION : 142
11.4 REFINING THE SEARCH PROCESS 143 11.5 THE AMPLITUDE OF THE
LIGHTCURVE 144 11.6 ALIASES IN DEPTH 145 11.7 PLOTTING THE HALF-PERIOD
149 11.8 A SPECIFIC ALIAS EXAMPLE 150 11.9 THE CASE OF 3155 LEE 151
11.10 PERIOD ANALYSIS ON A SPREADSHEET 152 11.11 FROM LIGHTCURVE TO
SHAPE 157 BUILDING STAR SYSTEMS 161 12.1 GETTING STARTED 161 12.2 BINARY
MAKER 164 12.3 THE MANY POSSIBILITIES 166 12.4 THE EFFECTS OF CHANGING
THE INCLINATION 166 12.5 THE EFFECTS OF TEMPERATURE CHANGES IN THE
PRIMARY 168 12.6 THE EFFECTS OF TEMPERATURE CHANGES IN THE SECONDARY 169
12.7 THE EFFECTS OF CHANGING THE MASS RATIO 171 12.8 THE EFFECTS OF
GRAVITY/LIMB DARKENING AND REFLECTION 172 XII CONTENTS PUBLISHING YOUR
DATA AND RESULTS 173 13.1 CONFIRM BEFORE YOU PUBLISH 173 13.2 ASTEROIDS
175 13.3 VARIABLE STARS 176 13.4 LEARN BY ASSOCIATION 177 BIBLIOGRAPHY
181 GLOSSARY 187 APPENDIX A: CONSTELLATION NAMES 203 APPENDIX B:
TRANSFORMS EXAMPLE 205 EXAMPLE TRANSFORMS DATA 205 THE SPREADSHEET 206
THE HIDDEN TRANSFORMS 208 APPENDIX C: FIRST-ORDER (HARDIE) EXAMPLE 211
THE DATA 211 THE SPREADSHEET..... 213 APPENDIX D: FIRST-ORDER (COMP)
EXAMPLE 217 THE DATA 217 THE SPREADSHEET 217 APPENDIX E: STANDARD COLOR
INDICES 219 THE DATA 219 THE SPREADSHEET 219 APPENDIX F: COMPARISON
STANDARD MAGNITUDES 223 THE DATA 223 THE SPREADSHEET 224 APPENDIX G:
TARGET STANDARD MAGNITUDES 227 THE DATA :. 227 THE SPREADSHEET 228
CONTENTS XIII APPENDIX H: LANDOLT/GRAHAM STANDARD FIELDS 231 APPENDIX I:
HENDEN CHARTS 253 APPENDIX J: HIPPARCOS BLUE-RED PAIRS 285 STEPS USED TO
PRODUCE THE LIST 285 HIPPARCOS BLUE-RED PAIRS 287 APPENDIX K: SDSS
BLUE-RED PAIRS 291 INDEX 295
|
| adam_txt |
BRIAN D. WARNER A PRACTICAL GUIDE TO LIGHTCURVE PHOTOMETRY AND ANALYSIS
FOREWORD BY ALAN W. HARRIS 4Y SPRINGER CONTENTS GETTING STARTED 1 1.1
WHAT IS LIGHTCURVE PHOTOMETRY? 3 1.2 WHAT LIES AHEAD 4 TARGETS OF
OPPORTUNITY 7 2.1 ASTEROIDS 7 2.2 VARIABLE STARS 12 2.3 ECLIPSING BINARY
LIGHTCURVE CHARACTERISTICS 15 2.4 CATACLYSMIC VARIABLES 17 2.5 CEPHEIDS
18 2.6 LONG PERIOD (MIRA) VARIABLES 18 2.7 SEMI-REGULAR VARIABLES 18 2.8
, OTHER TARGETS 19 2.9 SUMMARY 20 PHOTOMETRY FUNDAMENTALS 21 3.1 A
LITTLE BIT OF HISTORY 21 3.2 THE FIRST COLOR-BASED SYSTEMS 22 3.3 THE
JOHNSON-COUSINS STANDARD 23 3.4 SETTING THE STANDARD 24 3.5 SEEING RED
24 3.6 CCDS AND STANDARD MAGNITUDES:. 24 3.7 LANDOLT STANDARDS :. 25 3.8
HENDEN SEQUENCES 26 THE PHOTOMETRY PRIMER 27 4.1 INSTRUMENTAL VERSUS
STANDARD MAGNITUDES 27 4.2 AIR MASS 28 4.3 EXTINCTION 29 4.4 TRANSFORMS
AND NIGHTLY ZERO-POINTS 31 4.5 DIFFERENTIAL VERSUS ALL-SKY PHOTOMETRY 32
4.6 SEEING AND SCINTILLATION 35 4.7 MATCHING PIXEL SIZE TO SEEING 36 4.8
BIAS FRAMES 36 4.9 DARK FRAMES 37 4.10 FLAT FIELDS 37 IX X CONTENTS 4.11
PHOTOMETRY APERTURES AND ANNULUSES 41 4.12 REPORTING ERRORS 46
PHOTOMETRIC REDUCTIONS 47 5.1 THE DIFFERENT PATH 48 5.2 THE DIFFERENTIAL
FORMULA 49 5.3 CLEAR TO VISUAL CONVERSIONS 50 5.4 FIRST-ORDER
EXTINCTIONS - ARE THEY REALLY NECESSARY? 50 5.5 THE SAME COLOR INDEX 52
5.6 TRANSFORMS FIRST 53 5.7 FINDING TRANSFORMS 53 5.8 THE HIDDEN
TRANSFORMS 56 5.9 FIRST-ORDER EXTINCTION 57 5.10 FINDING FIRST-ORDER
EXTINCTION (MODIFIED HARDIE) 59 5.11 A VARIATION ON THE MODIFIED HARDIE
METHOD 61 5.12 FINDING FIRST-ORDER EXTINCTION (COMP STAR) 62 5.13
COMPARISON AND TARGET STANDARD COLOR INDEX VALUES 63 5.14 FIND THE COLOR
INDICES OF THE COMPARISONS AND TARGET 64 5.15 THE COMPARISON STAR
STANDARD MAGNITUDES 66 5.16 FINDING THE COMPARISON STAR STANDARD
MAGNITUDES 67 5.17 TARGET STANDARD MAGNITUDES , 68 5.18 FINDING THE
STANDARD MAGNITUDES OF THE TARGET 68 5.19 THE DIFFERENT PATH'S END 71
5.20 A MINIMALIST APPROACH 71 5.21 USING THE MINIMALIST APPROACH FOR
STANDARD MAGNITUDES 72 SECOND ORDER EXTINCTION 77 6.1 DERIVING A
SINGLE-COLOR APPROACH 77 6.2 THE SLOPE OF SLOPES METHOD 78 6.3 WHEN IS
THE SECOND-ORDER TERM APPLIED? 80 6.4 SUMMARY 81 TELESCOPES AND CAMERAS
83 7.1 THE TELESCOPE 83 7.2 THE CCD CAMERA 87 7.3 DIGITAL AND WEB
CAMERAS 95 7.4 FILTER WHEELS 96 7.5 GUIDING CONSIDERATIONS 97 IMAGING
AND PHOTOMETRY SOFTWARE 99 8.1 IMAGE ACQUISITION SOFTWARE 99 8.2
SPECIFIC FEATURES 100 8.3 PHOTOMETRY SOFTWARE 102 CONTENTS XI 8.4
CONFORMING TO ACCEPTED STANDARDS 106 8.5 MANUAL VERSUS AUTOMATED
MEASURING 109 COLLECTING PHOTONS ILL 9.1 THE FIRST STEP - GETTING THE
RIGHT TIME 111 9.2 PLANNING THE OBSERVING PROGRAM 112 9.3 SELECTING
TARGETS 113 9.4 GENERAL CONSIDERATIONS 114 9.5 ASTEROIDS 115 9.6
VARIABLE STARS 117 9.7 THE OBSERVING RUN 118 9.8 MEASURING IMAGES 120
9.9 FROM IMAGE TO DATA 123 9.10 THE HANDS-ON APPROACH FOR MEASURING
IMAGES 125 9.11 CHECKING THE COMPARISON STARS 129 9.12 THE AUTOMATED
APPROACH TO MEASURING IMAGES 130 ANALYZING THE DATA 133 10.1 THE QUALITY
OF DATA 133 PERIOD ANALYSIS 137 11.1 ABOUT MERGING DATA AND SETTING
ZERO-POINTS 137 11.2 A SIMPLE START 139 11.3 TO WHAT PRECISION : 142
11.4 REFINING THE SEARCH PROCESS 143 11.5 THE AMPLITUDE OF THE
LIGHTCURVE 144 11.6 ALIASES IN DEPTH 145 11.7 PLOTTING THE HALF-PERIOD
149 11.8 A SPECIFIC ALIAS EXAMPLE 150 11.9 THE CASE OF 3155 LEE 151
11.10 PERIOD ANALYSIS ON A SPREADSHEET 152 11.11 FROM LIGHTCURVE TO
SHAPE 157 BUILDING STAR SYSTEMS 161 12.1 GETTING STARTED 161 12.2 BINARY
MAKER 164 12.3 THE MANY POSSIBILITIES 166 12.4 THE EFFECTS OF CHANGING
THE INCLINATION 166 12.5 THE EFFECTS OF TEMPERATURE CHANGES IN THE
PRIMARY 168 12.6 THE EFFECTS OF TEMPERATURE CHANGES IN THE SECONDARY 169
12.7 THE EFFECTS OF CHANGING THE MASS RATIO 171 12.8 THE EFFECTS OF
GRAVITY/LIMB DARKENING AND REFLECTION 172 XII CONTENTS PUBLISHING YOUR
DATA AND RESULTS 173 13.1 CONFIRM BEFORE YOU PUBLISH 173 13.2 ASTEROIDS
175 13.3 VARIABLE STARS 176 13.4 LEARN BY ASSOCIATION 177 BIBLIOGRAPHY
181 GLOSSARY 187 APPENDIX A: CONSTELLATION NAMES 203 APPENDIX B:
TRANSFORMS EXAMPLE 205 EXAMPLE TRANSFORMS DATA 205 THE SPREADSHEET 206
THE HIDDEN TRANSFORMS 208 APPENDIX C: FIRST-ORDER (HARDIE) EXAMPLE 211
THE DATA 211 THE SPREADSHEET. 213 APPENDIX D: FIRST-ORDER (COMP)
EXAMPLE 217 THE DATA 217 THE SPREADSHEET 217 APPENDIX E: STANDARD COLOR
INDICES 219 THE DATA 219 THE SPREADSHEET 219 APPENDIX F: COMPARISON
STANDARD MAGNITUDES 223 THE DATA 223 THE SPREADSHEET 224 APPENDIX G:
TARGET STANDARD MAGNITUDES 227 THE DATA :. 227 THE SPREADSHEET 228
CONTENTS XIII APPENDIX H: LANDOLT/GRAHAM STANDARD FIELDS 231 APPENDIX I:
HENDEN CHARTS 253 APPENDIX J: HIPPARCOS BLUE-RED PAIRS 285 STEPS USED TO
PRODUCE THE LIST 285 HIPPARCOS BLUE-RED PAIRS 287 APPENDIX K: SDSS
BLUE-RED PAIRS 291 INDEX 295 |
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| index_date | 2024-07-02T15:48:39Z |
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| language | English |
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| spelling | Warner, Brian D. Verfasser aut Practical guide to lightcurve photometry and analysis Brian D. Warner Guide to lightcurve photometry and analyis Lightcurve photometry and analysis New York, NY Springer 2006 XIII, 297 S. Ill., graph. Darst. txt rdacontent n rdamedia nc rdacarrier Nebensacht.: Lightcurve photometry and analyis Nebent.:Nebensacht.: Guide to lightcurve photometry and analysis Astronomical photometry Astrofotometrie (DE-588)4143255-1 gnd rswk-swf (DE-588)4151278-9 Einführung gnd-content Astrofotometrie (DE-588)4143255-1 s DE-604 http://deposit.dnb.de/cgi-bin/dokserv?id=2680873&prov=M&dokv̲ar=1&doke̲xt=htm GBV Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=015016007&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Warner, Brian D. Practical guide to lightcurve photometry and analysis Astronomical photometry Astrofotometrie (DE-588)4143255-1 gnd |
| subject_GND | (DE-588)4143255-1 (DE-588)4151278-9 |
| title | Practical guide to lightcurve photometry and analysis |
| title_alt | Guide to lightcurve photometry and analyis Lightcurve photometry and analysis |
| title_auth | Practical guide to lightcurve photometry and analysis |
| title_exact_search | Practical guide to lightcurve photometry and analysis |
| title_exact_search_txtP | Practical guide to lightcurve photometry and analysis |
| title_full | Practical guide to lightcurve photometry and analysis Brian D. Warner |
| title_fullStr | Practical guide to lightcurve photometry and analysis Brian D. Warner |
| title_full_unstemmed | Practical guide to lightcurve photometry and analysis Brian D. Warner |
| title_short | Practical guide to lightcurve photometry and analysis |
| title_sort | practical guide to lightcurve photometry and analysis |
| topic | Astronomical photometry Astrofotometrie (DE-588)4143255-1 gnd |
| topic_facet | Astronomical photometry Astrofotometrie Einführung |
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