The book covers the field of solar system astrophysics beginning with basic tools of spherical astronomy and coordinate frames and celestial mechanics. Historical introductions precede the development and discussion in most chapters.
After a basic treatment of the two- and restricted three-body system motions, perturbations are discussed, and then the Earth s gravitational potential field and its effects on satellite orbits. Next follow chapters on the Earth-Moon system and the interior planets. Surfaces are treated as well as the interiors and atmospheres, developing appropriate mathematical tools and the basic geophysics, mineralogy, crystallography, and meteorology required for comprehension. Chapters 5 and 6 involve pedagogically clear, illustrated discussions of the numerical integration of the Adams-Williamson equation and the equations of state in planetary interiors. The discussion of rocks and minerals includes crystallography, essential for understanding the state of matter in planetary interiors and moon rocks. The atmospheres chapter includes detailed discussions of circulation, applicable also to the subsequent discussion of the gas giants. A comparative planetary approach is given to discussions of the atmospheric and ionospheric chemistry, magnetospheres, and crustal properties. The giant planets are discussed together, and the thermal excess of three of them highlighted. This is followed by chapters on moons and rings, mainly in the context of dynamical stability, comets and meteors, meteorites and asteroids, and concludes with an extensive discussion of extrasolar planets. The material has been updated in the last few months to take advantage of the newer discoveries of the Mars Rover and the Saturn Cassini missions.
After a basic treatment of the two- and restricted three-body system motions, perturbations are discussed, and then the Earth s gravitational potential field and its effects on satellite orbits. Next follow chapters on the Earth-Moon system and the interior planets. Surfaces are treated as well as the interiors and atmospheres, developing appropriate mathematical tools and the basic geophysics, mineralogy, crystallography, and meteorology required for comprehension. Chapters 5 and 6 involve pedagogically clear, illustrated discussions of the numerical integration of the Adams-Williamson equation and the equations of state in planetary interiors. The discussion of rocks and minerals includes crystallography, essential for understanding the state of matter in planetary interiors and moon rocks. The atmospheres chapter includes detailed discussions of circulation, applicable also to the subsequent discussion of the gas giants. A comparative planetary approach is given to discussions of the atmospheric and ionospheric chemistry, magnetospheres, and crustal properties. The giant planets are discussed together, and the thermal excess of three of them highlighted. This is followed by chapters on moons and rings, mainly in the context of dynamical stability, comets and meteors, meteorites and asteroids, and concludes with an extensive discussion of extrasolar planets. The material has been updated in the last few months to take advantage of the newer discoveries of the Mars Rover and the Saturn Cassini missions.