- Page 1 and 2: The Origin and Evolution of the Sol
- Page 5 and 6: ContentsIntroductionxvPART 1The gen
- Page 7 and 8: ContentsixPART 2Setting the theoret
- Page 9 and 10: Contentsxi7.3 Angular momentum 2257
- Page 11: ContentsxiiiPART 4The current state
- Page 14 and 15: xviIntroductionwhich they provide a
- Page 16 and 17: 4 The structure of the Solar System
- Page 23 and 24: Planetary structure 11Figure 1.4. T
- Page 25 and 26: Planetary structure 13Figure 1.5. S
- Page 27 and 28: Satellite systems, rings and planet
- Page 29 and 30: Satellite systems, rings and planet
- Page 31 and 32: Satellite systems, rings and planet
- Page 33 and 34: Satellite systems, rings and planet
- Page 35 and 36: Satellite systems, rings and planet
- Page 37: Satellite systems, rings and planet
- Page 41 and 42: Satellite systems, rings and planet
- Page 43 and 44: Asteroids 31a precise estimate of t
- Page 45 and 46: Asteroids 33Figure 1.17. A schemati
- Page 47 and 48: Meteorites 35for in this way. Other
- Page 49 and 50: Meteorites 37types of meteorites th
- Page 51 and 52: Meteorites 39Figure 1.21. An etched
- Page 53 and 54: Comets 41these anomalies contain a
- Page 55 and 56: Comets 43Figure 1.23. The structure
- Page 57 and 58: Comets 45of the Solar System indica
- Page 59 and 60: Stars and stellar evolution 47Figur
- Page 61 and 62: Stars and stellar evolution 49Figur
- Page 63 and 64: Stars and stellar evolution 51Figur
- Page 65 and 66: Stars and stellar evolution 53Figur
- Page 67 and 68: Stars and stellar evolution 55Figur
- Page 69 and 70: Stars and stellar evolution 57Figur
- Page 71 and 72: The formation of dense interstellar
- Page 73 and 74: The formation of dense interstellar
- Page 75 and 76: The formation of dense interstellar
- Page 77 and 78: The formation of dense interstellar
- Page 79 and 80: The formation of dense interstellar
- Page 81 and 82: The formation of dense interstellar
- Page 83 and 84: The formation of dense interstellar
- Page 85 and 86: The evolution of proto-stars 73Figu
- Page 87 and 88: Observations of star formation 75Be
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Observation of young stars 77Figure
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Theories of star formation 79Figure
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Theories of star formation 81small
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Theories of star formation 83and su
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Theories of star formation 85Figure
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Theories of star formation 87Figure
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Theories of star formation 89Figure
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Theories of star formation 91Figure
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Theories of star formation 93Figure
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Planets around other stars 95(a)(b)
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Planets around other stars 97Figure
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Circumstellar discs 99e.g. Vega, ha
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The nature of scientific theories 1
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3.2 Required features of theoriesRe
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Required features of theories 105to
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Required features of theories 107Th
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Chapter 4Theories up to 19604.1 The
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The historical background 113Figure
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The historical background 115Figure
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Buffon’s comet theory 117writing
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The Laplace nebula theory 119Figure
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The Roche model 1214.4 The Roche mo
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The Roche model 123Figure 4.7. A sa
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The Chamberlin and Moulton planetes
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The Jeans tidal theory 127(i) stell
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The Jeans tidal theory 129Figure 4.
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y ×The Jeans tidal theory 131(4.
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The Schmidt-Lyttleton accretion the
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The Schmidt-Lyttleton accretion the
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The major problems revealed 137were
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The major problems revealed 139suma
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Chapter 5A brief survey of modern t
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The Proto-planet Theory 145their ra
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The Capture Theory 147Figure 5.3. T
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The Solar Nebula Theory 1495.4 The
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The Modern Laplacian Theory 151(iii
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The Modern Laplacian Theory 153Figu
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5.6 Analysing the modern theoriesAn
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Formation of the Sun: dualistic the
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Formation of the Sun: dualistic the
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Formation of the Sun: dualistic the
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Formation of the Sun: monistic theo
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Formation of the Sun: monistic theo
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andFormation of the Sun: monistic t
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Formation of planets 169but, of cou
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Formation of planets 171been brough
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Formation of planets 173Figure 6.5.
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Formation of planets 175Figure 6.8.
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Formation of planets 177Figure 6.10
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Formation of planets 179Table 6.3.
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Formation of planets 181Figure 6.12
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Formation of planets 183Figure 6.14
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Formation of planets 185within whic
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Formation of planets 187Table 6.4.
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Formation of planets 189Figure 6.17
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and the time-scale for the formatio
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Formation of planets 193the main ne
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Formation of satellites 1956.5 Form
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Formation of satellites 197Figure 6
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Formation of satellites 199Figure 6
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Formation of satellites 201Figure 6
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Formation of satellites 203field pe
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Successes and remaining problems of
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Successes and remaining problems of
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Chapter 7Planetary orbits and angul
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The evolution of planetary orbits 2
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The evolution of planetary orbits 2
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The evolution of planetary orbits 2
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The evolution of planetary orbits 2
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The evolution of planetary orbits 2
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Initial planetary orbits 221Figure
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Initial planetary orbits 223Table 7
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Angular momentum 225Figure 7.9. Var
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Angular momentum 227it is not possi
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The spin axes of the Sun and the pl
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The spin axes of the Sun and the pl
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The spin axes of the Sun and the pl
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The spin axes of the Sun and the pl
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Chapter 8A planetary collision8.1 I
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Interactions between proto-planets
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Interactions between proto-planets
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Interactions between proto-planets
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The Earth and Venus 245being subjec
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The Earth and Venus 247Figure 8.6.
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The Earth and Venus 249Table 8.3. P
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Chapter 9The Moon9.1 The origin of
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The origin of the Earth-Moon system
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The origin of the Earth-Moon system
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The origin of the Earth-Moon system
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The origin of the Earth-Moon system
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The origin of the Earth-Moon system
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The chemistry of the Earth and the
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The chemistry of the Earth and the
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The physical structure of the Moon
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The physical structure of the Moon
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The physical structure of the Moon
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The physical structure of the Moon
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The physical structure of the Moon
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The physical structure of the Moon
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The physical structure of the Moon
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The physical structure of the Moon
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Lunar magnetism 283Figure 9.19. The
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Lunar magnetism 285isted. Another i
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Lunar magnetism 287Figure 9.20. The
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Lunar magnetism 289much smaller tha
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Lunar magnetism 291Figure 9.23. The
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Summary 293The maximum magnetizing
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Mars 295of regular satellites since
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Mars 297Figure 10.1. The densities
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Mars 299Figure 10.2. The structure
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Mars 301Figure 10.4. A model for Ma
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A general description of Mercury 30
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A general description of Mercury 30
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Neptune, Pluto and Triton 307Table
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Neptune, Pluto and Triton 309Table
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Neptune, Pluto and Triton 311where
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Irregular satellites 313It could be
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Summary 315sumed to be close in to
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Meteorites 317and Dodd 1973). This
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Meteorites 319Table 11.1. Percentag
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Meteorites 32111.2.1.2 AchondritesA
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Stony irons 323(a)(b)Figure 11.1. (
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Information from meteorites 325Figu
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Isotopic anomalies in meteorites 32
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Isotopic anomalies in meteorites 32
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Isotopic anomalies in meteorites 33
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Explanations of isotopic anomalies
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Explanations of isotopic anomalies
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Explanations of isotopic anomalies
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Explanations of isotopic anomalies
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Explanations of isotopic anomalies
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Explanations of isotopic anomalies
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Explanations of isotopic anomalies
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Explanations of isotopic anomalies
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Explanations of isotopic anomalies
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Explanations of isotopic anomalies
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Explanations of isotopic anomalies
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Comets—a general survey 355Figure
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Comets—a general survey 357popula
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Comets—a general survey 359Figure
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Comets—a general survey 361the ra
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Comets—a general survey 363Figure
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The inner-cloud scenario 365to have
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Comets from the planetary collision
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Ideas about the origin and features
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374 Comparisons of the main theorie
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376 Comparisons of the main theorie
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378 Comparisons of the main theorie
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380 Comparisons of the main theorie
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382 Comparisons of the main theorie
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384 Comparisons of the main theorie
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Appendix IThe Chandrasekhar limit,
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388 The Chandrasekhar limit, neutro
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390 The Chandrasekhar limit, neutro
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392 The Virial TheoremCombining the
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394 Smoothed particle hydrodynamics
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396 Smoothed particle hydrodynamics
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Appendix IVThe Bondi and Hoyle accr
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400 The Bondi and Hoyle accretion m
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ReferencesAarseth S J 1968 Bull. As
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404 ReferencesFreeman J W 1978 The
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406 ReferencesMullis A M 1991 Geoph
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IndexAannestad P A, 61Aarseth S J,
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410 Indexcirculation, 132circumstel
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412 Indexgrain formation, 347-349Gr
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414 Indexlunarbasalt, , 286highland
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416 Indexdiscovery, 7Great Dark Spo
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418 Indexformation, 145, 148, 195-2
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420 IndexVan Flandern T C, 308, 310