Physical studies of the planetary rings

Physics

Scientific paper

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Physical Properties, Planetology, Saturn Rings, Uranus Rings, Computerized Simulation, Inelastic Collisions, Micrometeoroids, Particle Mass, Particle Size Distribution, Planetary Atmospheres, Planetary Composition, Planetary Evolution, Planets, Rings, Review, Physical Properties, Saturn, Uranus, Data, Ground-Based Observations, Orbits, Dynamics, Particles, Opacity, Mathematical Models, Evolution, History, Collisions, Interactions, Meteoroids, Magnetospheres, Origin, Mass, Size, Brightness, Theoretical Studi

Scientific paper

In this review paper, the physical properties of the Saturnian and Uranian rings as derived from ground-based observations are first discussed. Focus is then shifted to the study of the orbital dynamics of the ring particles. Numerical simulations of the evolutionary history of a system of colliding particles in differential rotation together with theoretical modeling of the inelastic collision processes are surveyed. In anticipation of the information returned from in situ measurements by space probes, interactions of the planetary rings with the interplanetary meteoroids and planetary magnetospheres are briefly considered. Finally, models of planetary ring origin are examined. In this connection, some recent work on the satellite resonant perturbation effects on the ring structure are also touched upon.

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