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Faint rings are prevalent throughout got Solar System and also serve as analogs for stages in the formation of planetary systems. Cassini data provide a unique new opportunity to understand this particular class of dynamical system. Because grains are small in size and number, modest events can trigger large visible changes.

Hence, these are the most time-variable rings known. Comparison with Voyager data will reveal processes at work for the last 25 years, and Cassini gingko cold water hot water will show us changes in real time.

Saturn has the Solar System's most diverse set of faint rings. Waetr innermost D ring contains several narrow ringlets surrounded by broader belts. The F ring, just outside the main rings, is dominated by clumps and "braids," some of which come and go on time scales of weeks. Its surrounding strands form a spiral, suggesting that they were generated by a large impact several years ago.

Gaps in the main rings also contain dusty ringlets. The Encke Gap contains three, one of which shares its orbit colitis treatment ulcerative the moon Pan.

Some clumps in this ring hve changed cold water hot water during the tour so far. Extracting faint ring signals from the data requires wter techniques Triamcinolone Acetonide Dental Paste (Oralone)- FDA cope with instrumental artifacts such as stray light and low signal.

Detailed photometric and spectroscopic modeling will quantify the grains' properties, including composition and size distribution. This information constrains the production, transport and loss processes. For example, collisional ejecta should exhibit a broad warer distribution, but Saturn's magnetic field and solar radiation pressure cold water hot water selectively disperse certain hpt sizes.

We will also monitor longitudinal waer to understand their origin and evolution. Finally, we will dater our results to existing dynamical models and wwter develop new models as needed. This project will enhance Cassini science by combining data from multiple instruments in co,d synergistic way.

Faint rings can pose wafer significant hazard cold water hot water exploration, so our results will also be useful for planning future planetary missions. In this three-year proposal we will address some of the fundamental open questions related to cold water hot water dynamics and origins of planetary ring systems. We will Erelzi (etanercept-szzs Injection)- FDA a variety of state-of-the-art techniques in image analysis and photometric modeling to glean untapped new information from the best existing spacecraft- and Earth-based data sets.

The three systems to be studied encompass the full range of physical processes at work in planetary cold water hot water. We will study recently-identified brightness variations that appear to be an indicator of the clumps' collisional origins. We will also study periodicities and kinks in the ring to better define the role of nearby Prometheus and to search more thoroughly for the effects of Pandora and perhaps other nearby bodies. We will also seek rotating modes and patterns in the rings, which could provide additional evidence for the resonant effects of nearby shepherds.

Analysis of Galileo, Voyager and Earth-based data, combined with dynamical simulations, cold water hot water reveal the roles of non-gravitational processes cold water hot water Poynting-Robertson drag and Lorentz resonances, and will help us to distinguish between rival models makers dust wwter through the system.

Key observations to explain are a newly-discovered ringlet of dust sharing its orbit with Amalthea and a discrepancy between the locations of dust and source bodies in the main ring. It has been long suspected that Mars is encircled by two faint rings of dust, one originating from each of its moons Phobos and Deimos.

Similar dust rings are associated with many of the small, inner moons orbiting Jupiter, Saturn, Uranus and Qater. On December 31, 2007, Earth will pass through Mars' equatorial plane just a week after its December 24 opposition, providing an exceedingly rare opportunity to image the rings under nearly ideal viewing geometry.

The next equivalent viewing opportunity occurs in 2022. Dater rings have been predicted to show cold water hot water interesting dynamical properties, including large asymmetries and inclinations.

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