Fundamental planetary science: physics, chemistry and habitability
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| 1. Verfasser: | |
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| Format: | Buch |
| Sprache: | English |
| Veröffentlicht: |
New York
Cambridge Univ. Press
2013
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| Ausgabe: | 1. publ. |
| Schlagworte: | |
| Online-Zugang: | Inhaltsverzeichnis Klappentext |
| Beschreibung: | Hier auch später erschienene, unveränderte Nachdrucke |
| Beschreibung: | XIV S., [16 Bl.], 583 S. Ill., graph. Darst., Kt. |
| ISBN: | 9780521853309 0521853303 9780521618557 052161855X |
Internformat
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| 100 | 1 | |a Lissauer, Jack Jonathan |d 1957- |e Verfasser |0 (DE-588)173681859 |4 aut | |
| 245 | 1 | 0 | |a Fundamental planetary science |b physics, chemistry and habitability |c Jack Lissauer and Imke de Pater |
| 250 | |a 1. publ. | ||
| 264 | 1 | |a New York |b Cambridge Univ. Press |c 2013 | |
| 300 | |a XIV S., [16 Bl.], 583 S. |b Ill., graph. Darst., Kt. | ||
| 336 | |b txt |2 rdacontent | ||
| 337 | |b n |2 rdamedia | ||
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Datensatz im Suchindex
| _version_ | 1809946347043815424 |
|---|---|
| adam_text |
CONTENTS
Tables
page
xi
2
Dynamics
24
Preface
xiii
2.1
The Two-Body Problem
25
Color plates follow page
xvi
2.1.1
Kepler's Laws of Planetary Motion
26
2.1.2
Newton's Laws of Motion and
1
Introduction
1
Gravity
27
1.1
A Brief History of the Planetary Sciences
2
2.1.3
Reduction of the Two-Body
1.2
Inventory of the Solar System
3
Problem to the One-Body
1.2.1
Giant Planets
4
Problem
27
1.2.2
Terrestrial Planets
5
2.1.4*
Generalization of Kepler's Laws
27
1.2.3
Minor Planets and Comets
7
2.1.5
Orbital Elements
29
1.2.4
Satellite and Ring Systems
8
2.1.6
Bound and Unbound Orbits
30
1.2.5
Tabulations
8
2.2
The Three-Body Problem
31
1.2.6
Heliosphere
9
2.2.
1 Jacobi 's Constant and Lagrangian
1.3
What Is a Planet?
10
Points
32
1.4
Planetary Properties
11
2.2.2
Horseshoe and Tadpole Orbits
34
1.4.1
Orbit
11
2.2.3
Hill Sphere
34
1.4.2
Mass
12
2.3
Perturbations and Resonances
36
1.4.3
Size
13
2.3.1
Resonant Forcing
36
1.4.4
Rotation
14
2.3.2
Mean Motion Resonances
36
1.4.5
Shape
15
2.3.3
Secular Resonances
37
1.4.6
Temperature
16
2.3.4
Resonances in the Asteroid Belt
38
1.4.7
Magnetic Field
16
2.3.5
Regular and Chaotic Motion
38
1.4.8
Surface Composition
17
2.4
Stability of the Solar System
40
1.4.9
Surface Structure
17
2.4.1
Orbits of the Eight Planets
41
1.4.10
Atmosphere
17
2.4.2
Survival Lifetimes of Small Bodies
43
1.4.11
Interior
18
2.5*
Dynamics of Spherical Bodies
43
1.5
Formation of the Solar System
19
2.5.1
Moment of Inertia
44
Key Concepts
20
2.5.2
Gravitational Interactions
45
Further Reading
20
2.6
Orbits about an Oblate Planet
46
Problems
21
2.6.1*
Gravity Field
46
Contents
2.6.2
Precession of Particle Orbits
47
4
Solar Heating and Energy
2.6.3
Torques on an Oblate Planet
47
Transport
85
2.7
Tides
48
4.1
Energy Balance and Temperature
86
2.7.1
The Tidal Force and Tidal Bulges
50
4.1.1
Thermal
(Blackbody)
Radiation
87
2.7.2
Tidal Torque
51
4.1.2
Albedo
89
2.7.3
Tidal Heating
53
4.1.3
Temperature
90
2.8
Dissipative Forces and the Orbits of Small
4.2
Energy Transport
91
Bodies
54
4.3
Conduction
92
2.8.1
Radiation Pressure (Micrometer
4.4
Convection
93
Grains)
54
4.4.1
Adiabatic Gradient
93
2.8.2
Poynting-Robertson Drag (Small
4.5
Radiation
94
Macroscopic Particles)
55
4.5.1
Photons and Energy Levels in
2.8.3
Yarkovsky Effect
(1-10*
-Meter
Atoms
95
Objects)
56
4.5.2
Spectroscopy
97
2.8.4
Corpuscular Drag (Submicrometer
4.5.3
Radiative Energy Transport
100
Dust)
56
4.5.4
Radiative Equilibrium
102
2.8.5
Gas Drag
57
4.6
Greenhouse Effect
102
2.9
Orbits about a Mass-Losing Star
58
4.6.1
Quantitative Results
103
Key Concepts
58
4.6.2*
Derivations
104
Further Reading
59
Key Concepts
105
Problems
60
Further Reading
106
Problems
106
3
Physics and Astrophysics
64
3.1
Thermodynamics
65
5
Planetary Atmospheres
109
3.1.1
Laws of Thermodynamics
65
5.1
Thermal Structure
110
3.1.2
Enthalpy
66
5. /. 1
Sources and Transport of Energy
113
3.1.3
Entropy
67
5.1.2
Observed Thermal Profiles
114
3.1.4
Gibbs Free Energy
67
5.2
Atmospheric Composition
115
3.1.5
Material Properties: Phase
5.3
Clouds
118
Changes
68
5.4
Meteorology
119
3.2
Barometric Law and Hydrostatic
5.4.1
Coriolis Effect
120
Equilibrium
68
5.4.2
Winds Forced by Solar Heating
121
3.3
Stellar Properties and Lifetimes
71
5.5
Photochemistry
123
3.3.1
Virial Theorem
71
5.5.1
Photolysis and Recombination
123
3.3.2
Luminosity
71
5.5.2
Photoionization: Ionospheres
125
3.3.3
Size
73
5.6
Molecular and Eddy Diffusion
126
3.3.4
Sizes and Densities of Massive
5.6. /
Eddy Diffusion
126
Planets
74
5.6.2
Molecular Diffusion
126
3.4
Nucleosynthesis
76
5.7
Atmospheric Escape
127
3.4.1
Primordial Nucleosynthesis
77
5.7.1
Thermal (Jeans) Escape
127
3.4.2
Stellar Nucleosynthesis
79
5.7.2
Nonthermal Escape
128
3.4.3
Radioactive Decay
82
5.7.3
Hydrodynamic Escape and
Key Concepts
82
Impact Erosion
128
Further Reading
83
5.8
History of Secondary Atmospheres
129
Problems
83
5.8.1
Formation
129
Contents VWf
5.8.2
Climate
Evolution
130
7.3.2
Aurora
199
5.8.3
Summary of Secondary
7.3.3
Magnetospheric Plasmas
200
Atmospheres
136
7.3.4
Radio Emissions
203
Key Concepts
136
7.4
Generation of Magnetic Fields
203
Further Reading
137
7.4.1
Variability of Earth's Magnetic
Problems
137
Field
203
7.4.2
Magnetic Dynamo Theory
204
6
Surfaces and Interiors
141
Key Concepts
204
6.1
Mineralogy and Petrology
142
Further Reading
205
6.7.7
Minerals
142
Problems
205
6.1.2
Rocks
143
6.1,3
Material under High Temperature
8
Giant Planets
206
and Pressure
147
8.1
Jupiter
207
6.1.4
Cooling of a Magma
149
8.1.1
Atmosphere
207
6.2
Planetary Interiors
150
8.1.2
impacts on Jupiter
211
6.2.
1 Interior Structure of the Earth
150
8.1.3
Interior Structure
214
6.2.2
Shape and Gravity Field
151
8.1.4
Magnetic Field
214
6.2.3
Internal Heat: Sources, Losses
8.2
Saturn
216
and Transport
153
8.2.
Ì
Atmosphere
216
6.3
Surface Morphology
155
8.2.2
Interior Structure
218
6.3.1
Tectonics
155
8.2.3
Magnetic Field
218
6.3.2
Volcanism
159
8.3
Uranus and Neptune
219
6.3.3
Atmospheric Effects on Landscape
163
8.3.1
Atmospheres
219
6.4
Impact Cratering
167
8.3.2
Interiors
220
6.4.1
Crater Morphology
168
8.3.3
Magnetic Fields
222
6.4.2
Crater Formation
170
Key Concepts
223
6.4.3
Impact Modification by
Further Reading
224
Atmospheres
177
Problems
224
6.4.4
Spatial Density of Craters
178
6.4.5
Impacts on Earth
181
9
Terrestrial Planets and the Moon
226
Key Concepts
182
9.1
The Moon
228
Further Reading
183
9.1.1
Surface
228
Problems
184
9.1.2
Atmosphere
230
9.1.3
Interior
230
7
Sun, Solar Wind and Magnetic
9.1.4
Magnetic Field
231
Fields
187
9.2
Mercury
231
7.1
The Sun
188
9.2.7
Surface
231
7.2
The Interplanetary Medium
191
9.2.2
Atmosphere
236
7.2.7
Solar Wind
191
9.2.3
Interior
236
7.2.2
The Parker Model
193
9.2.4
Magnetic Field
236
7.2.3
Space Weather
195
9.3
Venus
238
7.2.4
Solar Wind-Planet Interactions
196
9.3.1
Surface
238
7.3
Planetary Magnetospheres
198
9.3.2
Atmosphere
241
7.3.1
Earth's Magnetosphere
198
9.3.3
Interior
242
Contents
viii
9.4
Mars
242
11.6.4
Cosmic-Ray Exposure Ages
301
9.4.1
Global
Appearance
243
11.7
Meteorite Clues to Planet Formation
301
9.4.2
Interior
243
11.7.1
Meteorites from Differentiated
9.4.3
Atmosphere
244
Bodies
302
9.4.4
Frost, Ice and Glaciers
247
11.7.2 Primitive
Meteorites
303
9.4.5
Water on Mars
248
11.7.3
Presolar
Grains
304
9.4.6
Geology at Rover Sites
250
Key Concepts
305
9.4.7
Magnetic Field
253
Further Reading
305
Key Concepts
255
Problems
306
Further Reading
255
Problems
256
12
Minor Planets and Comets
309
12.
1 Nomenclature
310
10
Planetary Satellites
258
12.2
Orbits
311
10.
1 Moons of Mars: Phobos and Deimos
259
12.2.1
Asteroids
312
10.2
Satellites of Jupiter
260
12.2.2
Trans-Neptunian Objects,
10.2.1
Io
260
Centaurs
314
10.2.2
Europa
263
12.2.3
Oort Cloud
316
10.2.3
Ganymede and Callisto
267
12.2.4
Nongravitational Forces
317
10.2.4
Jupiter's Small Moons
269
12.3
Size Distribution and Collisions
318
10.3
Satellites of Saturn
269
12.3.1
Size Distribution
318
10.3.1
Titan
270
12.3.2
Collisions and Families
319
10.3.2
Midsized
Saturnian
Moons
272
12.3.3
Collisions and Rubble Piles
320
10.3.3
Enceladas
273
¡2.3.4
Binary and Multiple Systems
321
10.3.4
Small Regular Satellites
12.3.5
Comet-Splitting Events
322
of Saturn
275
12.3.6
Mass and Density
323
10.3.5
Saturn's Irregular Moons
275
I
'2.3.7
Rotation
324
10.4
Satellites of Uranus
276
12.3.8
Interplanetary Dust
325
10.5
Satellites of Neptune
278
12.4
Bulk Composition and Taxonomy
325
Key Concepts
281
12.4.1
Asteroid Taxonomy
326
Further Reading
281
12.4.2
Taxometric Spatial Distribution
327
Problems
282
12.4.3
Trans-Neptunian Object Spectra
328
12.5
Individual Minor Planets
328
11
Meteorites
284
12.5.1
Near-Earth Asteroids
328
II.I Classification
286
12.5.2
Main Belt Asteroids
330
1
1
.2
Source Regions
289
¡2.5.3
Trans-Neptunian Objects
333
11.3
Fall Phenomena
292
12.6
Shape and Structure of Comet Nuclei
334
11.4
Chemical and
Isotopie
Fractionation
295
12.7
Comas and Tails of Comets
336
11.4.1
Chemical Separation
296
12.7.
¡
Brightness
337
11.4.2
Isotopie
Fractionation
296
12.7.2
Ultimate Fate of Coma Gas
338
11.5
Main Components of Chondrites
297
12.7.3
Dust Entrainment
338
11.6
Radiometrie
Dating
298
12.7.4
Morphology and Composition
11.6.1
Decay Rates
298
of Dust Tails
339
11.6.2
Dating Rocks
300
12.7.5
Ion Tails
341
11.6.3
Extinct-Nuclide Dating
300
12.7.6
Comet Composition
342
Contents ix
12.8 Temporal Evolution
of the
Population
of
Asteroids
and Comets
343
Key
Concepts
344
Further Reading
344
Problems 345
13
Planetary
Rings
13.1
Tidal
Forces
and Roche's
Limit
13.2
Flattening and Spreading of
Rings
13.3
Observations
13.3.
J Jupiter1 s
Rings
13.3.2
Saturn's
Rings
13.3.3 Uranus'
s
Rings
13.3.4
Neptune's Rings
13.4
Ring-Moon Interactions
13.4.1
Resonances
13.4.2
Spiral Waves
13.4.3
Shepherding
13.5
Origins of Planetary Rings
Key Concepts
Further Reading
Problems
14 Extrasolar
Planets
1
4.1
Detecting
Extrasolar
Planets
14.1.1
Tim ing
Pulsa rs
and
Pulsating Stars
14.1.2
Radial Velocity
14.1.3
Astrometry
14.1.4
Transit Photometry
14.1.5
Transit Timing Variations
14.1.6
Microlensing
14.1.7
Imaging
14.1.8
Other Techniques
14.1.9
Exoplanet Characterization
14.1.10
Planets in Multiple Star
Systems
14.2
Observations of
Extrasolar
Planets
14.2.1
Pulsar Planets
14.2.2
Radial Velocity Detections
14.2.3
Transiting Planets
14.2.4
NASA's Kepler Mission
14.2.5
Mass-Radius Relationship
14.2.6
Planets Orbiting Pulsating
Stars
398
14.2.7
Microlensing Detections
398
14.2.8
Images and Spectra of
Exoplanets
398
14.2.9
Planets in Multiple Star
348
Systems
399
351
14.3
Exoplanet Statistics
400
354
14.3.1
Radial Velocity Surveys
400
355
14.3.2
Kepler Planet Candidates
401
355
14.3.3
Microlensing
403
356
14.4
Physics of Exoplanets
404
364
14.5
Conclusions
407
366
Key Concepts
410
366
Further Reading
410
366
Problems
410
367
369
15
Planet Formation
413
371
15.1
Solar System Constraints
414
373
15.2
Star Formation: A Brief Overview
417
374
15.2.1
Molecular Cloud Cores
417
374
15.2.2
Collapse of Molecular Cloud
Cores
418
377
15.2.3
Young Stars and
378
Circumstellar Disks
419
15.3
Evolution of the Protoplanetary Disk
420
378
15.3.1
Infall
Stage
420
379
15.3.2
Disk Dynamical Evolution
422
380
15.3.3
Chemistry in the Disk
423
381
15.3.4
Clearing Stage
425
382
15.4
Growth of Solid Bodies
425
383
15.4.1
Planete
simal
Formation
425
384
15.4.2
From Planetesimals to
385
Planetary Embryos
426
385
15.5
Formation of the Terrestrial Planets
430
15.5.1
Dynamics of the Final Stages
386
of Planetary Accumulation
430
387
15.5.2
Accretional Heating and
387
Planetary Differentiation
430
389
15.5.3
Accumulation (and Loss) of
391
Atmospheric
Volatiles
433
394
15.6
Formation of the Giant Planets
434
396
15.7
Planetarv
Migration
437
Contents
15.7. /
Torques from Protoplanetary
Disks
437
Ì
5.7.2
Scattering of
Planete
simáis
437
15.8
Small Bodies Orbiting the
Sun
438
15.8.1
Asteroid Belt
438
15.8.2
Comet Reservoirs
439
15.9
Planétán,
Rotation
440
15.10
Satellites of Planets and of Minor
Planets
440
/5.10.1
Giant Planet Satellites
440
15.10.2
Formation of the Moon
441
/5.10.3
Satellites of Small Bodies
443
15.11
Exoplanet Formation Models
443
15.12
Confronting Theory with
Obsenations
444
/5.12.1
Solar System's Dynamical
State
444
15.12.2
Composition of Planetary
Bodies
445
/5.12.3 Extrasolar
Planets
446
15.12.4
Successes. Shortcomings
and Predictions
446
Key Concepts
447
Further Reading
447
Problems
448
16
Planets and Life
452
16.1
Drake Equation
453
16.2
What Is Life?
454
16.3
Biological Thermodynamics
456
16.4
Why Carbon and Water1
458
16.5
Circumstellar Habitable Zones
459
16.6
Planétán
Requirements for Life
462
16.6.1
Biogeochemical Cxdes
463
16.6.2
Gravitational and Magnetic
Fields
465
16.6.3
Can Moonless Planets Host
Life0
465
16.6.4
Giant Planets and Life
466
16.7
Impacts and Other Natural Disasters
467
16.7.1
K
-Т
Event
46«
16.7.2
Frequency of Impacts
470
16.7.3
Voléanos
and Earthquakes
471
16.8
How Life Affects Planets
472
16.9
Origin of Life
473
16.9.1
Synthesis of Organic
Molecules
474
16.9.2
The Phylogenetic Tree and
Last Universal Common
Ancestor
475
16.9.3
Young Earth and Early Life
478
16.10
Darwinian Evolution
479
16.10.1
Sex. Gene Pools and
Inheritance
481
16. ¡0.2
Development of Complex
Life
482
16.10.3
Intelligence and Technology
484
16.11
Mass Extinctions
485
16.12
Panspermia
486
16.13
Detecting Extraterrestrial Life
488
16.13.1
Signs of I Past) Life on
Mars?
489
16.13.2
Search for Extra-Terrestrial
Intelligence
491
16.14
Are We Alone0
492
Key Concepts
493
Further Reading
494
Problems
496
Appendix A: Symbols Used
Appendix B: Acronyms Used
Appendix C: Units and Constants
Appendix D: Periodic Table of Elements
Appendix E: Solar System Tables
Appendix
F
Interplanetary Spacecraft
Appendix G: Recent
Planétán
Images
References
Index
501
505
509
513
515
527
533
553
561
Fundamental
Planetary
Science
A
quantitative
introduction to the Solar System and plan- JACK J. LISSAUERisa space scientist at NASA's
etary systems science for advanced undergraduate
stu-
Ames Research Center in Moffett Field, California, and
dents, this engaging new textbook explains the wide
vari- a
consulting professor at Stanford University. His pri-
ety of physical, chemical and geological processes that
mary
research interests are the formation of planetary
govern the motions and properties of planets, as well systems, detection of
extrasolar
planets, planetary dynam-
as how life interacts with a planet. The authors provide
ics
and chaos, planetary ring systems and circumstellar/
an overview of our current knowledge and discuss some protoplanetary disks. He is lead discoverer of the six-
of the unanswered questions at the forefront of research planet Kepler-
11
system, and co-discoverer of the first
in planetary science and astrobiology today. They com- four planets found to orbit about faint
M
dwarf stars; he
bine knowledge of the Solar System and the properties also co-discovered two broad tenuous dust rings and two
of
extrasolar
planets with astrophysical observations of small inner moons orbiting the planet Uranus,
ongoing star and planet formation, offering a compre¬
hensive model for understanding the origin of planetary IMKE
DE
PATER is a professor in the Astronomy
systems. This book concludes with an introduction to Department and the Department of Earth and Planetary
the fundamental properties of living organisms and the Science at the University of California, Berkeley, and
relationship that life has to its host planet. With more is affiliated with the Faculty of Aerospace Engineering
than two hundred exercises to help students learn how at the Delft University of Technology, the Netherlands,
to apply the concepts covered, this textbook is ideal for She began her career observing and modeling Jupiter's
a one-semester or two-quarter course for undergraduate synchrotron radiation followed by detailed investiga-
students majoring in the physical or biological sciences tions of the planet's thermal radio emission. In
1994,
or in engineering. she led a worldwide campaign to observe the impact of
comet D/Shoemaker-Levy
9
with Jupiter. Currently, she
is exploiting adaptive optics techniques in the infrared
range to obtain high angular resolution data of planets,
their rings, and their moons in our Solar System. |
| any_adam_object | 1 |
| author | Lissauer, Jack Jonathan 1957- |
| author_GND | (DE-588)173681859 (DE-588)1012079988 |
| author_facet | Lissauer, Jack Jonathan 1957- |
| author_role | aut |
| author_sort | Lissauer, Jack Jonathan 1957- |
| author_variant | j j l jj jjl |
| building | Verbundindex |
| bvnumber | BV041200755 |
| classification_rvk | RB 10106 US 8000 |
| ctrlnum | (OCoLC)864553893 (DE-599)HBZHT017558320 |
| discipline | Physik Geographie |
| edition | 1. publ. |
| format | Book |
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| geographic | Mond (DE-588)1085673251 gnd Sonnensystem (DE-588)1236963989 gnd |
| geographic_facet | Mond Sonnensystem |
| id | DE-604.BV041200755 |
| illustrated | Illustrated |
| indexdate | 2024-09-12T00:02:24Z |
| institution | BVB |
| isbn | 9780521853309 0521853303 9780521618557 052161855X |
| language | English |
| oai_aleph_id | oai:aleph.bib-bvb.de:BVB01-026175632 |
| oclc_num | 864553893 |
| open_access_boolean | |
| owner | DE-703 DE-355 DE-BY-UBR DE-12 DE-20 DE-188 |
| owner_facet | DE-703 DE-355 DE-BY-UBR DE-12 DE-20 DE-188 |
| physical | XIV S., [16 Bl.], 583 S. Ill., graph. Darst., Kt. |
| publishDate | 2013 |
| publishDateSearch | 2013 |
| publishDateSort | 2013 |
| publisher | Cambridge Univ. Press |
| record_format | marc |
| spelling | Lissauer, Jack Jonathan 1957- Verfasser (DE-588)173681859 aut Fundamental planetary science physics, chemistry and habitability Jack Lissauer and Imke de Pater 1. publ. New York Cambridge Univ. Press 2013 XIV S., [16 Bl.], 583 S. Ill., graph. Darst., Kt. txt rdacontent n rdamedia nc rdacarrier Hier auch später erschienene, unveränderte Nachdrucke Astrobiologie (DE-588)4112608-7 gnd rswk-swf Planetensystem (DE-588)4126386-8 gnd rswk-swf Astrophysik (DE-588)4003326-0 gnd rswk-swf Meteorit (DE-588)4038950-9 gnd rswk-swf Planetologie (DE-588)4233970-4 gnd rswk-swf Geologie (DE-588)4020227-6 gnd rswk-swf Kosmochemie (DE-588)4133733-5 gnd rswk-swf Habitable Zone (DE-588)103039461X gnd rswk-swf Komet (DE-588)4031833-3 gnd rswk-swf Planet (DE-588)4046212-2 gnd rswk-swf Mond (DE-588)1085673251 gnd rswk-swf Sonnensystem (DE-588)1236963989 gnd rswk-swf Planetology. Planetensystem (DE-588)4126386-8 s Sonnensystem (DE-588)1236963989 g Planet (DE-588)4046212-2 s Astrophysik (DE-588)4003326-0 s DE-604 Kosmochemie (DE-588)4133733-5 s Habitable Zone (DE-588)103039461X s Astrobiologie (DE-588)4112608-7 s Mond (DE-588)1085673251 g Meteorit (DE-588)4038950-9 s Komet (DE-588)4031833-3 s Planetologie (DE-588)4233970-4 s Geologie (DE-588)4020227-6 s De Pater, Imke 1952- Sonstige (DE-588)1012079988 oth Digitalisierung UB Bayreuth - ADAM Catalogue Enrichment application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=026175632&sequence=000003&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis Digitalisierung UB Bayreuth - ADAM Catalogue Enrichment application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=026175632&sequence=000004&line_number=0002&func_code=DB_RECORDS&service_type=MEDIA Klappentext |
| spellingShingle | Lissauer, Jack Jonathan 1957- Fundamental planetary science physics, chemistry and habitability Astrobiologie (DE-588)4112608-7 gnd Planetensystem (DE-588)4126386-8 gnd Astrophysik (DE-588)4003326-0 gnd Meteorit (DE-588)4038950-9 gnd Planetologie (DE-588)4233970-4 gnd Geologie (DE-588)4020227-6 gnd Kosmochemie (DE-588)4133733-5 gnd Habitable Zone (DE-588)103039461X gnd Komet (DE-588)4031833-3 gnd Planet (DE-588)4046212-2 gnd |
| subject_GND | (DE-588)4112608-7 (DE-588)4126386-8 (DE-588)4003326-0 (DE-588)4038950-9 (DE-588)4233970-4 (DE-588)4020227-6 (DE-588)4133733-5 (DE-588)103039461X (DE-588)4031833-3 (DE-588)4046212-2 (DE-588)1085673251 (DE-588)1236963989 |
| title | Fundamental planetary science physics, chemistry and habitability |
| title_auth | Fundamental planetary science physics, chemistry and habitability |
| title_exact_search | Fundamental planetary science physics, chemistry and habitability |
| title_full | Fundamental planetary science physics, chemistry and habitability Jack Lissauer and Imke de Pater |
| title_fullStr | Fundamental planetary science physics, chemistry and habitability Jack Lissauer and Imke de Pater |
| title_full_unstemmed | Fundamental planetary science physics, chemistry and habitability Jack Lissauer and Imke de Pater |
| title_short | Fundamental planetary science |
| title_sort | fundamental planetary science physics chemistry and habitability |
| title_sub | physics, chemistry and habitability |
| topic | Astrobiologie (DE-588)4112608-7 gnd Planetensystem (DE-588)4126386-8 gnd Astrophysik (DE-588)4003326-0 gnd Meteorit (DE-588)4038950-9 gnd Planetologie (DE-588)4233970-4 gnd Geologie (DE-588)4020227-6 gnd Kosmochemie (DE-588)4133733-5 gnd Habitable Zone (DE-588)103039461X gnd Komet (DE-588)4031833-3 gnd Planet (DE-588)4046212-2 gnd |
| topic_facet | Astrobiologie Planetensystem Astrophysik Meteorit Planetologie Geologie Kosmochemie Habitable Zone Komet Planet Mond Sonnensystem |
| url | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=026175632&sequence=000003&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=026175632&sequence=000004&line_number=0002&func_code=DB_RECORDS&service_type=MEDIA |
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