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- catalog contributor b4970203.
- catalog coverage "Solar system Origin.".
- catalog coverage "Solar system.".
- catalog created "1992.".
- catalog date "1992".
- catalog date "1992.".
- catalog dateCopyrighted "1992.".
- catalog description "Ch. 1. Planetary Formation: A Historical Perspective. 1.1. The Nature of the Problem. 1.2. Pre-Copernican Views and the Copernican Revolution. 1.3. Tidal Theories. 1.4. Solar Accretion Theories. 1.5. Nebular Theories. 1.6. Titius-Bode Rule. 1.7. Giant Gaseous Protoplanets. 1.8. Differences Between Inner and Outer Planets. 1.9. Formation of the Giant Planets. 1.10. Accretion from Dust or from a Hierarchy of Objects. 1.11. Planetesimals. 1.12. Fractionation in Precursor Planetesimals. 1.13. Accretion of Planetesimals. 1.14. An Accretionary Sequence -- ".
- catalog description "Ch. 2. The Solar Nebula. 2.1. The Initial Concept. 2.2. The Origin of the Universe. 2.3. Big Bang Scenarios and Element Synthesis. 2.4. The Scale and Structure of the Universe. 2.5. Galaxies. 2.6. Molecular Clouds and Interstellar Dust. 2.7. Separation of Nebulae. 2.8. Dust Disks Around Stars. 2.9. Nebular Collapse, Nebular Lifetime, and Angular Momentum Transfer. 2.10. Star Formation and Evolution. 2.11. Early Violent Stellar Activity: T Tauri and FU Orionis Stars. 2.12. The Formation and Composition of the Sun. 2.13. Massive vs. Small Nebulae. 2.14. Nebular Structure and Temperature. 2.15. Nebular Composition: CI Chondrites and Comets as Samples. 2.16. The Noble Gases. 2.17. Volatile Elements (C, H, O, N) and Nebular Chemistry. 2.18. Homogeneity or Heterogeneity? 2.19. Heliocentric and Vertical Zoning. 2.20. Asteroid Belt Zonation. 2.21. Gas Loss from the Inner Nebula. 2.22. Volatile Element Depletion in the Early Nebula -- ".
- catalog description "Ch. 3. The Meteorite Evidence. 3.1. The Most Ancient Samples. 3.2. Presolar Material. 3.3. Refractory or Calcium-Aluminum Inclusions (CAIs). 3.4. Matrix. 3.5. Chondrules. 3.6. Chondrites and Other Primitive Meteorites. 3.7. Chronology. 3.8. Composition of the Nebula. 3.9. "Condensation Sequence" 3.10. Comets. 3.11. Asteroidal and Cometary Dust. 3.12. Fractionated Meteorites and Parent Bodies. 3.13. The Asteroid Belt as a Source. 3.14. Meteorites as Planetary Building Blocks -- ".
- catalog description "Ch. 4. The Role of Impacts. 4.1. A Reluctant Conversion. 4.2. Surface Histories of the Planets and Satellites. 4.3. Effects of Cratering. 4.4. Impacts and Planetary Obliquities. 4.5. Formation of Planetary Nebular Disks. 4.6. Addition and Removal of Planetary Atmospheres. 4.7. Lunar Cratering and Origin. 4.8. Mercury. 4.9. The Early Intense Bombardment. 4.10. Large Impact Basins. 4.11. Lunar Cataclysms? 4.12. Early Cratering Flux on the Terrestrial Planets. 4.13. Early Cratering Flux in the Outer Solar System. 4.14. The Impactor Population in the Early Solar System. 4.15. Cratering Flux since the Heavy Bombardment. 4.16. Effects on Biological Evolution. 4.17. Large Collisions and Planetary Accretion: A Summary -- ".
- catalog description "Ch. 5. The Planets. 5.1. A Difficult Task. 5.2. Giant and Terrestrial Planets. 5.3. Mercury. 5.4. Venus. 5.5. Earth. 5.6. Mars. 5.7. Compositional Differences Among the Terrestrial Planets and Meteorites. 5.8. Core-Mantle Relationships. 5.9. Crystal Development on the Terrestrial Planets. 5.10. Terrestrial Planetary Atmospheres and Hydrospheres. 5.11. The Asteroid Belt. 5.12. The Giant Planets. 5.13. Planet X. 5.14. The Long-term Stability of the Solar System -- ".
- catalog description "Ch. 6. Rings and Satellites. 6.1. Miniature Solar Systems? 6.2. Planetary Subnebulae. 6.3. Ring Systems. 6.4. Satellite Classification. 6.5. Regular Satellites. 6.6. Captured Satellites: Phobos and Deimos. 6.7. Galilean Satellites I: Io and Volcanism. 6.8. Galilean Satellites II: Ganymede and Planetary Expansion. 6.9. Galilean Satellites III: Europa and Callisto. 6.10. Saturnian Satellites. 6.11. Titan. 6.12. Uranian Satellites. 6.13. Triton, Nereid, and the Other Neptunian Satellites. 6.14. Pluto and Charon. 6.15. The Moon. 6.16. Evolution of the Moon. 6.17. Hypotheses of Lunar Origin. 6.18. Large Impact Model for the Origin of the Moon -- Ch. 7. The New Solar System. 7.1. The End of Clockwork Solar Systems. 7.2. The Collapse of Grand Unified Theories. 7.3. Our Present Understanding.".
- catalog description "Includes bibliographical references and indexes.".
- catalog extent "xvi, 307 p. :".
- catalog hasFormat "Solar system evolution.".
- catalog identifier "0521372127".
- catalog isFormatOf "Solar system evolution.".
- catalog issued "1992".
- catalog issued "1992.".
- catalog language "eng".
- catalog publisher "Cambridge [England] ; New York : Cambridge University Press,".
- catalog relation "Solar system evolution.".
- catalog spatial "Solar system Origin.".
- catalog spatial "Solar system.".
- catalog subject "523.2 20".
- catalog subject "Cosmochemistry.".
- catalog subject "QB501 .T25 1992".
- catalog subject "Solar system".
- catalog tableOfContents "Ch. 1. Planetary Formation: A Historical Perspective. 1.1. The Nature of the Problem. 1.2. Pre-Copernican Views and the Copernican Revolution. 1.3. Tidal Theories. 1.4. Solar Accretion Theories. 1.5. Nebular Theories. 1.6. Titius-Bode Rule. 1.7. Giant Gaseous Protoplanets. 1.8. Differences Between Inner and Outer Planets. 1.9. Formation of the Giant Planets. 1.10. Accretion from Dust or from a Hierarchy of Objects. 1.11. Planetesimals. 1.12. Fractionation in Precursor Planetesimals. 1.13. Accretion of Planetesimals. 1.14. An Accretionary Sequence -- ".
- catalog tableOfContents "Ch. 2. The Solar Nebula. 2.1. The Initial Concept. 2.2. The Origin of the Universe. 2.3. Big Bang Scenarios and Element Synthesis. 2.4. The Scale and Structure of the Universe. 2.5. Galaxies. 2.6. Molecular Clouds and Interstellar Dust. 2.7. Separation of Nebulae. 2.8. Dust Disks Around Stars. 2.9. Nebular Collapse, Nebular Lifetime, and Angular Momentum Transfer. 2.10. Star Formation and Evolution. 2.11. Early Violent Stellar Activity: T Tauri and FU Orionis Stars. 2.12. The Formation and Composition of the Sun. 2.13. Massive vs. Small Nebulae. 2.14. Nebular Structure and Temperature. 2.15. Nebular Composition: CI Chondrites and Comets as Samples. 2.16. The Noble Gases. 2.17. Volatile Elements (C, H, O, N) and Nebular Chemistry. 2.18. Homogeneity or Heterogeneity? 2.19. Heliocentric and Vertical Zoning. 2.20. Asteroid Belt Zonation. 2.21. Gas Loss from the Inner Nebula. 2.22. Volatile Element Depletion in the Early Nebula -- ".
- catalog tableOfContents "Ch. 3. The Meteorite Evidence. 3.1. The Most Ancient Samples. 3.2. Presolar Material. 3.3. Refractory or Calcium-Aluminum Inclusions (CAIs). 3.4. Matrix. 3.5. Chondrules. 3.6. Chondrites and Other Primitive Meteorites. 3.7. Chronology. 3.8. Composition of the Nebula. 3.9. "Condensation Sequence" 3.10. Comets. 3.11. Asteroidal and Cometary Dust. 3.12. Fractionated Meteorites and Parent Bodies. 3.13. The Asteroid Belt as a Source. 3.14. Meteorites as Planetary Building Blocks -- ".
- catalog tableOfContents "Ch. 4. The Role of Impacts. 4.1. A Reluctant Conversion. 4.2. Surface Histories of the Planets and Satellites. 4.3. Effects of Cratering. 4.4. Impacts and Planetary Obliquities. 4.5. Formation of Planetary Nebular Disks. 4.6. Addition and Removal of Planetary Atmospheres. 4.7. Lunar Cratering and Origin. 4.8. Mercury. 4.9. The Early Intense Bombardment. 4.10. Large Impact Basins. 4.11. Lunar Cataclysms? 4.12. Early Cratering Flux on the Terrestrial Planets. 4.13. Early Cratering Flux in the Outer Solar System. 4.14. The Impactor Population in the Early Solar System. 4.15. Cratering Flux since the Heavy Bombardment. 4.16. Effects on Biological Evolution. 4.17. Large Collisions and Planetary Accretion: A Summary -- ".
- catalog tableOfContents "Ch. 5. The Planets. 5.1. A Difficult Task. 5.2. Giant and Terrestrial Planets. 5.3. Mercury. 5.4. Venus. 5.5. Earth. 5.6. Mars. 5.7. Compositional Differences Among the Terrestrial Planets and Meteorites. 5.8. Core-Mantle Relationships. 5.9. Crystal Development on the Terrestrial Planets. 5.10. Terrestrial Planetary Atmospheres and Hydrospheres. 5.11. The Asteroid Belt. 5.12. The Giant Planets. 5.13. Planet X. 5.14. The Long-term Stability of the Solar System -- ".
- catalog tableOfContents "Ch. 6. Rings and Satellites. 6.1. Miniature Solar Systems? 6.2. Planetary Subnebulae. 6.3. Ring Systems. 6.4. Satellite Classification. 6.5. Regular Satellites. 6.6. Captured Satellites: Phobos and Deimos. 6.7. Galilean Satellites I: Io and Volcanism. 6.8. Galilean Satellites II: Ganymede and Planetary Expansion. 6.9. Galilean Satellites III: Europa and Callisto. 6.10. Saturnian Satellites. 6.11. Titan. 6.12. Uranian Satellites. 6.13. Triton, Nereid, and the Other Neptunian Satellites. 6.14. Pluto and Charon. 6.15. The Moon. 6.16. Evolution of the Moon. 6.17. Hypotheses of Lunar Origin. 6.18. Large Impact Model for the Origin of the Moon -- Ch. 7. The New Solar System. 7.1. The End of Clockwork Solar Systems. 7.2. The Collapse of Grand Unified Theories. 7.3. Our Present Understanding.".
- catalog title "Solar system evolution : a new perspective : an inquiry into the chemical composition, origin, and evolution of the solar system / Stuart Ross Taylor.".
- catalog type "text".