Extrasolar planets: Saas Fee Advanced Course 31
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| Format: | Tagungsbericht Buch |
| Sprache: | English |
| Veröffentlicht: |
Berlin ; Heidelberg ; New York
Springer
2006
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| Schlagworte: | |
| Online-Zugang: | Inhaltsverzeichnis |
| Beschreibung: | Literaturangaben |
| Beschreibung: | XII, 451 S. Ill., graph. Darst. 24 cm |
| ISBN: | 3540292160 |
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| 650 | 0 | |a Planets / Origin | |
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| 650 | 0 | |a Microlensing (Astrophysics) | |
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| 650 | 4 | |a Extrasolar planets | |
| 650 | 4 | |a Microlensing (Astrophysics) | |
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| adam_text | P. CASSEN T. GUILLOT A. QUIRRENBACH
EXTRASOLAR PLANETS
SAAS-FEE ADVANCED COURSE 31
SWISS SOCIETY FOR ASTROPHYSICS AND ASTRONOMY
EDITED BY D. QUELOZ, S. UDRY, M. MAYOR AND W. BENZ
WITH 140 FIGURES, 10 IN COLOR
FYJ SPRINGER
CONTENTS
DETECTION AND CHARACTERIZATION
OF EXTRASOLAR PLANETS
A. QUIRRENBACH 1
1 METHODS OF PLANET DETECTION 1
1.1 THE QUEST FOR PLANETS AROUND OTHER STARS 1
1.2 WHAT IS A PLANET? 3
1.3 PULSAR PLANETS 6
1.4 OVERVIEW OF PLANET DETECTION METHODS 9
1.5 EXOTIC CONCEPTS FOR PLANET DETECTION 11
1.6 THE SEARCH FOR EXTRATERRESTRIAL INTELLIGENCE . 15
2 PLANET-FORMING DISKS 21
2.1 STAR FORMATION: THE GENERAL FRAMEWORK 22
2.2 OBSERVATIONS OF DUSTY DISKS 24
2.3 OBSERVATIONS OF INFALLING MATERIAL AND EVIDENCE .
FOR EXTRASOLAR PLANETESIMALS 31
3 THE CURRENTLY KNOWN EXTRASOLAR PLANETS 35
3.1 THE FIRST HUNDRED PLANETS AROUND SOLAR-TYPE STARS . . . 35
3.2 DISTRIBUTION OF MASSES AND ORBITAL RADII 39
3.3 ORBITAL ECCENTRICITIES 44
3.4 PROPERTIES OF THE PARENT STARS 47
3.5 SYSTEMS WITH MULTIPLE PLANETS 51
3.6 INTERACTIONS BETWEEN THE PLANETS IN MULTIPLE SYSTEMS 58
4 RADIAL-VELOCITY SURVEYS 62
4.1 THE RADIAL-VELOCITY TECHNIQUE 62
4.2 LIMITATIONS OF THE RADIAL-VELOCITY PRECISION . . .
%
. 64
4.3 SPECTROGRAPH DESIGN 71
4.4 RADIAL-VELOCITY SURVEYS 75
5 GRAVITATIONAL MICROLENSING 76
5.1 THEORY OF GRAVITATIONAL MICROLENSING 77
5.2 PLANETARY SYSTEMS AS GRAVITATIONAL LENSES 83
5.3 MICROLENSING PLANET SEARCHES 92
X CONTENTS
5.4 ASTROMETRIC AND INTERFEROMETRIC OBSERVATIONS
OF MICROLENSING EVENTS 96
6 PLANETARY TRANSITS AND SEARCHES FOR LIGHT
REFLECTED BY PLANETS 101
6.1 THE GEOMETRY OF TRANSITS 101
6.2 PHOTOMETRIC ERROR SOURCES 109
6.3 HD 209458 112
6.4 PHOTOMETRIC PLANET SEARCHES 115
6.5 PHOTOMETRIC SPACE MISSIONS 122
6.6 SEARCHES FOR THE LIGHT REFLECTED BY THE PLANET 123
7 THE EFFECTS OF ATMOSPHERIC TURBULENCE
ON ASTRONOMICAL OBSERVATIONS 130
7.1 THE KOLMOGOROV TURBULENCE MODEL 130
7.2 WAVE PROPAGATION THROUGH TURBULENCE 133
7.3 THE EFFECT OF TURBULENCE ON ASTRONOMICAL IMAGES 135
7.4 FRIED PARAMETER AND STREHL RATIO 137
7.5 TEMPORAL EVOLUTION OF ATMOSPHERIC TURBULENCE 139
7.6 TEMPORAL STRUCTURE FUNCTION AND POWER SPECTRA 139
7.7 ANGULAR ANISOPLANATISM 140
7.8 SCINTILLATION 141
7.9 TURBULENCE AND WIND PROFILES 142
8 INTRODUCTION TO OPTICAL INTERFEROMETRY 143
8.1 SCHEMATIC DESIGN OF AN OPTICAL INTERFEROMETER 144
8.2 BEAM COMBINATION CONCEPTS 146
8.3 SOURCE COHERENCE AND INTERFEROMETER RESPONSE 147
8.4 BANDWIDTH AND INTERFEROMETRIC FIELD-OF-VIEW 148
8.5 FRINGE DETECTION 148
8.6 PHASE DECORRELATION MECHANISMS : 153
9 ASTROMETRY WITH INTERFEROMETRY 160
9.1 ASTROMETRIC SIGNATURE OF LOW-MASS COMPANIONS 160
9.2 UPPER MASS LIMITS AND ASTROMETRIC DETECTION OF G1876B .... 161
9.3 ASTROMETRIC MEASUREMENTS WITH AN INTERFEROMETER 162
9.4 ATMOSPHERIC LIMITATIONS OF ASTROMETRY 164
9.5 DUAL-STAR INTERFEROMETRY 168
9.6 INTERFEROMETRIC ASTROMETRY FROM SPACE 171
9.7 ASTROMETRIC PLANET SURVEYS 175
9.8 ASTROMETRIC REFERENCES 176
9.9 THE DIFFERENTIAL-PHASE METHOD 179
10 NULLING INTERFEROMETRY 181
10.1 PRINCIPLES OF NULLING 181
10.2 IMPLEMENTATION OF ACHROMATIC PHASE SHIFTS 189
10.3 NULLING INTERFEROMETRY FROM THE GROUND 195
10.4 DESIGN OF NULLING ARRAYS. 201
11 APPENDIX: USEFUL DEFINITIONS AND RESULTS FROM FOURIER THEORY 210
REFERENCES 212
CONTENTS XI
PHYSICS OF SUBSTELLAR OBJECTS INTERIORS,
ATMOSPHERES, EVOLUTION _^---
T. GUILLOT -R.. 243
1 INTRODUCTION -. . 243
2 OUR GIANT PLANETS AS A BASIS FOR THE STUDY
OF SUBSTELLAR OBJECTS . 243
2.1 ORIGINS: ROLE OF THE GIANT PLANETS FOR PLANET FORMATION 243
2.2 GRAVITY FIELD AND GLOBAL PROPERTIES 244
2.3 MAGNETIC FIELDS 246
2.4 ATMOSPHERIC COMPOSITION 246
2.5 ENERGY BALANCE AND ATMOSPHERIC TEMPERATURE PROFILES 247
2.6 , SPECTRA 250
2.7 ATMOSPHERIC DYNAMICS: WINDS AND WEATHER 251
2.8 MOONS AND RINGS 251
2.9 OSCILLATIONS 252
3 BASIC EQUATIONS, GRAVITATIONAL MOMENTS AND INTERIOR STRUCTURES . . .
253
3.1 HYDROSTATIC EQUILIBRIUM 253
3.2 BOUNDARY CONDITIONS 253
3.3 SIMPLE SOLUTIONS 255
3.4 MASS-RADIUS RELATION 257
3.5 ROTATION AND THE FIGURES OF PLANETS 260
3.6 EQUATIONS OF EVOLUTION 265
4 EQUATIONS OF STATE 266
4.1 BASIC CONSIDERATIONS ., 266
4.2 EXPERIMENTS AND THEORETICAL HYDROGEN EOSS 272
4.3 OTHER ELEMENTS 277
5 OPACITIES AND HEAT TRANSPORT 279
5.1 RADIATION ABSORPTION - BASIC CONSIDERATIONS 280
5.2 ROSSELAND OPACITIES 281
5.3 HEAT TRANSPORT . 289
6 INTERIOR STRUCTURES OF OUR GIANT PLANETS:
NUMERICAL INTEGRATIONS AND RESULTS . : 296
6.1 BASIC PRINCIPLES 296
6.2 JUPITER AND SATURN 296
6.3 URANUS AND NEPTUNE 304
6.4 CONSEQUENCES FOR FORMATION MODELS 305
7 EVOLUTION OF GIANT PLANETS AND BROWN DWARFS 309
7.1 THE VIRIAL THEOREM 310
7.2 A SEMI-ANALYTICAL MODEL 312
7.3 EVOLUTION OF JUPITER AND SATURN 315
7.4 FROM GIANT PLANETS TO BROWN DWARFS 320
7.5 EXTRASOLAR GIANT PLANETS 326
8 SPECTRA AND ATMOSPHERES 326
8.1 DIRECT OBSERVATIONS OF SUBSTELLAR OBJECTS 326
8.2 ATMOSPHERIC MODELS: IMPORTANCE OF CONDENSATION 334
XII CONTENTS
9 PEGASI PLANETS ( 51 PEGB-LIKE PLANETS) 343
9.1 INTRODUCTION 343
9.2 EVOLUTION OF STRONGLY IRRADIATED GIANT PLANETS 345
9.3 TIDAL EFFECTS 352
9.4 ATMOSPHERIC DYNAMICS 356
REFERENCES 361
PROTOSTELLAR DISKS AND PLANET FORMATION
P. CASSEN 369
1 INTRODUCTION 369
2 OBSERVATIONS OF PROTOSTELLAR DISKS 370
2.1 T TAURI STARS 370
2.2 INTERPRETATION OF T TAURI SPECTRAL ENERGY DISTRIBUTIONS 371
2.3 ACCRETION RATES OF PROTOSTELLAR DISKS 379
2.4 INTERNAL TEMPERATURES OF PROTOSTELLAR DISKS 381
3 THEORY OF DISK STRUCTURE AND EVOLUTION 383
3.1 CONSERVATION EQUATIONS 383
3.2 TURBULENCE IN DISKS 390
3.3 WAVES IN DISKS 395
4 DUST-GAS DYNAMICS 404
4.1 DRIFT AND SETTLING VELOCITIES IN THE ABSENCE OF TURBULENCE .... 404
4.2 PARTICLE GROWTH AND TRAJECTORIES IN THE ABSENCE
OF TURBULENCE 407
4.3 THE EFFECT OF TURBULENCE ON PARTICLE SETTLING 409
4.4 THE INITIAL STAGES OF ACCUMULATION 411
5 GROWTH OF PLANETESIMALS TO PLANETS 414
5.1 BASICS OF COLLISIONAL PLANET-BUILDING; RUNAWAY GROWTH 414
5.2 THREE-BODY EFFECTS ON COLLISION CROSS-SECTION 416
5.3 EVOLUTION OF THE VELOCITY DISTRIBUTION 418
5.4 CALCULATING PLANETESIMAL GROWTH 419
5.5 THE FINAL STAGE OF ACCUMULATION;
ROCKY PLANETS IN THE TERRESTRIAL PLANET REGION 422
6 THE FORMATION OF GAS GIANT PLANETS 425
6.1 ATMOSPHERIC CAPTURE OR GRAVITATIONAL COLLAPSE? 425
6.2 GIANT PLANET FORMATION BY ATMOSPHERIC CAPTURE 425
6.3 GIANT PLANET FORMATION BY GRAVITATIONAL COLLAPSE 429
7 PLANET MIGRATION 431
7.1 TIDAL INTERACTION AND ANGULAR MOMENTUM
EXCHANGE BETWEEN PLANET AND DISK 431
7.2 RATES OF ORBITAL EVOLUTION 437
7.3 MODELING THE FORMATION OF THE SOLAR SYSTEM 441
7.4 CONCLUDING COMMENTS 444
REFERENCES 444
INDEX 449
|
| adam_txt |
P. CASSEN T. GUILLOT A. QUIRRENBACH
EXTRASOLAR PLANETS
SAAS-FEE ADVANCED COURSE 31
SWISS SOCIETY FOR ASTROPHYSICS AND ASTRONOMY
EDITED BY D. QUELOZ, S. UDRY, M. MAYOR AND W. BENZ
WITH 140 FIGURES, 10 IN COLOR
FYJ SPRINGER
CONTENTS
DETECTION AND CHARACTERIZATION
OF EXTRASOLAR PLANETS
A. QUIRRENBACH 1
1 METHODS OF PLANET DETECTION 1
1.1 THE QUEST FOR PLANETS AROUND OTHER STARS 1
1.2 WHAT IS A PLANET? 3
1.3 PULSAR PLANETS 6
1.4 OVERVIEW OF PLANET DETECTION METHODS 9
1.5 "EXOTIC" CONCEPTS FOR PLANET DETECTION 11
1.6 THE SEARCH FOR EXTRATERRESTRIAL INTELLIGENCE '. 15
2 PLANET-FORMING DISKS 21
2.1 STAR FORMATION: THE GENERAL FRAMEWORK 22
2.2 OBSERVATIONS OF DUSTY DISKS 24
2.3 OBSERVATIONS OF INFALLING MATERIAL AND EVIDENCE .
FOR EXTRASOLAR PLANETESIMALS 31
3 THE CURRENTLY KNOWN EXTRASOLAR \PLANETS 35
3.1 THE FIRST HUNDRED PLANETS AROUND SOLAR-TYPE STARS '. . . 35
3.2 DISTRIBUTION OF MASSES AND ORBITAL RADII 39
3.3 ORBITAL ECCENTRICITIES 44
3.4 PROPERTIES OF THE PARENT STARS 47
3.5 SYSTEMS WITH MULTIPLE PLANETS 51
3.6 INTERACTIONS BETWEEN THE PLANETS IN MULTIPLE SYSTEMS 58
4 RADIAL-VELOCITY SURVEYS 62
4.1 THE RADIAL-VELOCITY TECHNIQUE 62
4.2 LIMITATIONS OF THE RADIAL-VELOCITY PRECISION . . .
%
. 64
4.3 SPECTROGRAPH DESIGN 71
4.4 RADIAL-VELOCITY SURVEYS 75
5 GRAVITATIONAL MICROLENSING 76
5.1 THEORY OF GRAVITATIONAL MICROLENSING 77
5.2 PLANETARY SYSTEMS AS GRAVITATIONAL LENSES ' 83
5.3 MICROLENSING PLANET SEARCHES 92
X CONTENTS
5.4 ASTROMETRIC AND INTERFEROMETRIC OBSERVATIONS
OF MICROLENSING EVENTS 96
6 PLANETARY TRANSITS AND SEARCHES FOR LIGHT
REFLECTED BY PLANETS 101
6.1 THE GEOMETRY OF TRANSITS 101
6.2 PHOTOMETRIC ERROR SOURCES 109
6.3 HD 209458 112
6.4 PHOTOMETRIC PLANET SEARCHES 115
6.5 PHOTOMETRIC SPACE MISSIONS 122
6.6 SEARCHES FOR THE LIGHT REFLECTED BY THE PLANET 123
7 THE EFFECTS OF ATMOSPHERIC TURBULENCE
ON ASTRONOMICAL OBSERVATIONS 130
7.1 THE KOLMOGOROV TURBULENCE MODEL 130
7.2 WAVE PROPAGATION THROUGH TURBULENCE 133
7.3 THE EFFECT OF TURBULENCE ON ASTRONOMICAL IMAGES 135
7.4 FRIED PARAMETER AND STREHL RATIO 137
7.5 TEMPORAL EVOLUTION OF ATMOSPHERIC TURBULENCE 139
7.6 TEMPORAL STRUCTURE FUNCTION AND POWER SPECTRA 139
7.7 ANGULAR ANISOPLANATISM 140
7.8 SCINTILLATION 141
7.9 TURBULENCE AND WIND PROFILES 142
8 INTRODUCTION TO OPTICAL INTERFEROMETRY 143
8.1 SCHEMATIC DESIGN OF AN OPTICAL INTERFEROMETER 144
8.2 BEAM COMBINATION CONCEPTS 146
8.3 SOURCE COHERENCE AND INTERFEROMETER RESPONSE 147
8.4 BANDWIDTH AND INTERFEROMETRIC FIELD-OF-VIEW 148
8.5 FRINGE DETECTION 148
8.6 PHASE DECORRELATION MECHANISMS : 153
9 ASTROMETRY WITH INTERFEROMETRY 160
9.1 ASTROMETRIC SIGNATURE OF LOW-MASS COMPANIONS 160
9.2 UPPER MASS LIMITS AND ASTROMETRIC DETECTION OF G1876B . 161
9.3 ASTROMETRIC MEASUREMENTS WITH AN INTERFEROMETER 162
9.4 ATMOSPHERIC LIMITATIONS OF ASTROMETRY 164
9.5 DUAL-STAR INTERFEROMETRY 168
9.6 INTERFEROMETRIC ASTROMETRY FROM SPACE 171
9.7 ASTROMETRIC PLANET SURVEYS 175
9.8 ASTROMETRIC REFERENCES 176
9.9 THE DIFFERENTIAL-PHASE METHOD 179
10 NULLING INTERFEROMETRY 181
10.1 PRINCIPLES OF NULLING 181
10.2 IMPLEMENTATION OF ACHROMATIC PHASE SHIFTS 189
10.3 NULLING INTERFEROMETRY FROM THE GROUND 195
10.4 DESIGN OF NULLING ARRAYS. 201
11 APPENDIX: USEFUL DEFINITIONS AND RESULTS FROM FOURIER THEORY 210
REFERENCES 212
CONTENTS XI
PHYSICS OF SUBSTELLAR OBJECTS INTERIORS,
ATMOSPHERES, EVOLUTION _^---
T. GUILLOT -R. 243
1 INTRODUCTION -. '. 243
2 "OUR" GIANT PLANETS AS A BASIS FOR THE STUDY
OF SUBSTELLAR OBJECTS ." 243
2.1 ORIGINS: ROLE OF THE GIANT PLANETS FOR PLANET FORMATION 243
2.2 GRAVITY FIELD AND GLOBAL'PROPERTIES 244
2.3 MAGNETIC FIELDS 246
2.4 ATMOSPHERIC COMPOSITION 246
2.5 ENERGY BALANCE AND ATMOSPHERIC TEMPERATURE PROFILES 247
2.6 , SPECTRA 250
2.7 ATMOSPHERIC DYNAMICS: WINDS AND WEATHER 251
2.8 MOONS AND RINGS 251
2.9 OSCILLATIONS 252
3 BASIC EQUATIONS, GRAVITATIONAL MOMENTS AND INTERIOR STRUCTURES . . .
253
3.1 HYDROSTATIC EQUILIBRIUM 253
3.2 BOUNDARY CONDITIONS 253
3.3 SIMPLE SOLUTIONS 255
3.4 MASS-RADIUS RELATION 257
3.5 ROTATION AND THE FIGURES OF PLANETS 260
3.6 EQUATIONS OF EVOLUTION 265
4 EQUATIONS OF STATE 266
4.1 BASIC CONSIDERATIONS ., 266
4.2 EXPERIMENTS AND THEORETICAL HYDROGEN EOSS 272
4.3 OTHER ELEMENTS 277
5 OPACITIES AND HEAT TRANSPORT 279
5.1 RADIATION ABSORPTION - BASIC CONSIDERATIONS 280
5.2 ROSSELAND OPACITIES 281
5.3 HEAT TRANSPORT .\ 289
6 INTERIOR STRUCTURES OF OUR GIANT PLANETS:
NUMERICAL INTEGRATIONS AND RESULTS . : 296
6.1 BASIC PRINCIPLES 296
6.2 JUPITER AND SATURN 296
6.3 URANUS AND NEPTUNE 304
6.4 CONSEQUENCES FOR FORMATION MODELS 305
7 EVOLUTION OF GIANT PLANETS AND BROWN DWARFS 309
7.1 THE VIRIAL THEOREM 310
7.2 A SEMI-ANALYTICAL MODEL 312
7.3 EVOLUTION OF JUPITER AND SATURN 315
7.4 FROM GIANT PLANETS TO BROWN DWARFS 320
7.5 EXTRASOLAR GIANT PLANETS 326
8 SPECTRA AND ATMOSPHERES 326
8.1 DIRECT OBSERVATIONS OF SUBSTELLAR OBJECTS 326
8.2 ATMOSPHERIC MODELS: IMPORTANCE OF CONDENSATION 334
XII CONTENTS
9 PEGASI PLANETS ("51 PEGB-LIKE" PLANETS) 343
9.1 INTRODUCTION 343
9.2 EVOLUTION OF STRONGLY IRRADIATED GIANT PLANETS 345
9.3 TIDAL EFFECTS 352
9.4 ATMOSPHERIC DYNAMICS 356
REFERENCES 361
PROTOSTELLAR DISKS AND PLANET FORMATION
P. CASSEN 369
1 INTRODUCTION 369
2 OBSERVATIONS OF PROTOSTELLAR DISKS 370
2.1 T TAURI STARS 370
2.2 INTERPRETATION OF T TAURI SPECTRAL ENERGY DISTRIBUTIONS 371
2.3 ACCRETION RATES OF PROTOSTELLAR DISKS 379
2.4 INTERNAL TEMPERATURES OF PROTOSTELLAR DISKS 381
3 THEORY OF DISK STRUCTURE AND EVOLUTION 383
3.1 CONSERVATION EQUATIONS 383
3.2 TURBULENCE IN DISKS 390
3.3 WAVES IN DISKS 395
4 DUST-GAS DYNAMICS 404
4.1 DRIFT AND SETTLING VELOCITIES IN THE ABSENCE OF TURBULENCE . 404
4.2 PARTICLE GROWTH AND TRAJECTORIES IN THE ABSENCE
OF TURBULENCE 407
4.3 THE EFFECT OF TURBULENCE ON PARTICLE SETTLING 409
4.4 THE INITIAL' STAGES OF ACCUMULATION 411
5 GROWTH OF PLANETESIMALS TO PLANETS 414
5.1 BASICS OF COLLISIONAL PLANET-BUILDING; RUNAWAY GROWTH 414
5.2 THREE-BODY EFFECTS ON COLLISION CROSS-SECTION 416
5.3 EVOLUTION OF THE VELOCITY DISTRIBUTION 418
5.4 CALCULATING PLANETESIMAL GROWTH 419
5.5 THE FINAL STAGE OF ACCUMULATION;
ROCKY PLANETS IN THE TERRESTRIAL PLANET REGION 422
6 THE FORMATION OF GAS GIANT PLANETS 425
6.1 ATMOSPHERIC CAPTURE OR GRAVITATIONAL COLLAPSE? 425
6.2 GIANT PLANET FORMATION BY ATMOSPHERIC CAPTURE 425
6.3 GIANT PLANET FORMATION BY GRAVITATIONAL COLLAPSE 429
7 PLANET MIGRATION 431
7.1 TIDAL INTERACTION AND ANGULAR MOMENTUM
EXCHANGE BETWEEN PLANET AND DISK 431
7.2 RATES OF ORBITAL EVOLUTION 437
7.3 MODELING THE FORMATION OF THE SOLAR SYSTEM 441
7.4 CONCLUDING COMMENTS 444
REFERENCES 444
INDEX 449 |
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| genre | (DE-588)1071861417 Konferenzschrift gnd-content |
| genre_facet | Konferenzschrift |
| id | DE-604.BV021765985 |
| illustrated | Illustrated |
| index_date | 2024-07-02T15:36:45Z |
| indexdate | 2024-07-09T20:43:34Z |
| institution | BVB |
| institution_GND | (DE-588)10137207-3 (DE-588)600073-3 |
| isbn | 3540292160 |
| language | English |
| lccn | 005938665 |
| oai_aleph_id | oai:aleph.bib-bvb.de:BVB01-014978984 |
| oclc_num | 181518174 |
| open_access_boolean | |
| owner | DE-29T |
| owner_facet | DE-29T |
| physical | XII, 451 S. Ill., graph. Darst. 24 cm |
| publishDate | 2006 |
| publishDateSearch | 2006 |
| publishDateSort | 2006 |
| publisher | Springer |
| record_format | marc |
| spelling | Saas Fee Advanced Course 31 2001 Grimentz Verfasser (DE-588)10137207-3 aut Extrasolar planets Saas Fee Advanced Course 31 P. Cassen ; T. Guillot ; A. Quirrenbach. Swiss Society for Astrophysics and Astronomy. Ed. by D. Queloz ... Berlin ; Heidelberg ; New York Springer 2006 XII, 451 S. Ill., graph. Darst. 24 cm txt rdacontent n rdamedia nc rdacarrier Literaturangaben Extrasolar planets Planets / Origin Disks (Astrophysics) Microlensing (Astrophysics) Planets Origin Brauner Zwerg (DE-588)4180348-6 gnd rswk-swf Planetenentstehung (DE-588)4174796-3 gnd rswk-swf Extrasolarer Planet (DE-588)4456110-6 gnd rswk-swf (DE-588)1071861417 Konferenzschrift gnd-content Extrasolarer Planet (DE-588)4456110-6 s DE-604 Brauner Zwerg (DE-588)4180348-6 s Planetenentstehung (DE-588)4174796-3 s Cassen, Patrick Sonstige oth Guillot, Tristan Sonstige oth Quirrenbach, Andreas Sonstige (DE-588)112240623 oth Queloz, Didier edt Schweizerische Gesellschaft für Astrophysik und Astronomie Sonstige (DE-588)600073-3 oth DNB Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=014978984&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Extrasolar planets Saas Fee Advanced Course 31 Extrasolar planets Planets / Origin Disks (Astrophysics) Microlensing (Astrophysics) Planets Origin Brauner Zwerg (DE-588)4180348-6 gnd Planetenentstehung (DE-588)4174796-3 gnd Extrasolarer Planet (DE-588)4456110-6 gnd |
| subject_GND | (DE-588)4180348-6 (DE-588)4174796-3 (DE-588)4456110-6 (DE-588)1071861417 |
| title | Extrasolar planets Saas Fee Advanced Course 31 |
| title_auth | Extrasolar planets Saas Fee Advanced Course 31 |
| title_exact_search | Extrasolar planets Saas Fee Advanced Course 31 |
| title_exact_search_txtP | Extrasolar planets Saas Fee Advanced Course 31 |
| title_full | Extrasolar planets Saas Fee Advanced Course 31 P. Cassen ; T. Guillot ; A. Quirrenbach. Swiss Society for Astrophysics and Astronomy. Ed. by D. Queloz ... |
| title_fullStr | Extrasolar planets Saas Fee Advanced Course 31 P. Cassen ; T. Guillot ; A. Quirrenbach. Swiss Society for Astrophysics and Astronomy. Ed. by D. Queloz ... |
| title_full_unstemmed | Extrasolar planets Saas Fee Advanced Course 31 P. Cassen ; T. Guillot ; A. Quirrenbach. Swiss Society for Astrophysics and Astronomy. Ed. by D. Queloz ... |
| title_short | Extrasolar planets |
| title_sort | extrasolar planets saas fee advanced course 31 |
| title_sub | Saas Fee Advanced Course 31 |
| topic | Extrasolar planets Planets / Origin Disks (Astrophysics) Microlensing (Astrophysics) Planets Origin Brauner Zwerg (DE-588)4180348-6 gnd Planetenentstehung (DE-588)4174796-3 gnd Extrasolarer Planet (DE-588)4456110-6 gnd |
| topic_facet | Extrasolar planets Planets / Origin Disks (Astrophysics) Microlensing (Astrophysics) Planets Origin Brauner Zwerg Planetenentstehung Extrasolarer Planet Konferenzschrift |
| url | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=014978984&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
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