PPT-ENCELADUS FLYBY

Scott Coughlin Brian Lach Holden Martin Outline 1 Background 2 Applications for Life Geological Structure Tiger Stripes Chemicals Found 3 Previous Flyby Missions Voyager 1 and 2 Cassini. 1 nt oductio 112 em O ie 113 Desi n Philos 114 em hi ectu Flight Deck Controls System Electronics ARINC 629 Data Bus Interface to Other Airplane Systems Electrical Power 115 nt ol urfa e tuation FlybyWire Actuation Mechanical Control 116 ault ol Saturn Bio/Facts. Diameter: . 116,464 km. Relative Mass (Earth = 1): . 95.2. Density (kg/m. 3. ): . 700. Distance from Sun (AU): . 9.58. Length of Day: . 10.7 hours. Length of Year: . 10,747. days. Mean . Oct 9, 2015. Io. : general characteristics. Size: 3,660.0 × 3,637.4 × 3,630.6 . km. Surface: SO. 2. and other sulfuric compounds, pyroxene and olivine. Orbit lock and resonance with Europa and Ganymede. Putting It All Together. ASEN . 6008. Interplanetary Mission Design. The Story So Far…. Lambert’s . Problem. Pork Chop Plots. Gravity . Flybys. Resonant Orbits. B-Plane Parameters. Example. Apply techniques to Galileo. Astrophotos. . of the . Month. June 2015. CFAS Astrophoto of the Month. Copyright. : . NASA. Hubble Composite of Pluto. CFAS Astrophoto of the Month. CFAS . Astrophoto. of the . Month. Pluto Charon orbits. Cryo. -volcanism. Earth’s Interior. Volcano Structure. Earth’s Tectonic Plates. Hawaii and Olympus Mons. Hawaiian Islands. Olympus Mons. Volcanism on Mars. Volcanism on Io. , Time & Cosmos. L. ecture 2. Solar . System . - . The . T. errestrial. (Inner) Planets. Prof. Ken Tsang. The Plane of the Ecliptic . is illustrated in this Clementine . star tracker . camera image which reveals (from right to left) the Moon lit by . Collin . Bezrouk. 2-24-2015. Discussion Reference. Some of this material comes from . Spacecraft Trajectory Optimization. (Ch. 7) by Bruce Conway.. Optimization Problem Setup. Optimization problems require the following:. -. In the News . Story 1:. . Mars rover steers toward active sand dunes . Story 2:. The Origin of Massive Stars. Story 3:. . NASA's STEREO-A resumes normal operations. Departments. The Night Sky. ISS Sighting Opportunities. Enceladus. ’ Plume – Results from Cassini’s Ultraviolet Imaging Spectrograph (UVIS) . C. J. Hansen, L. W. Esposito,. A. Hendrix, A. . Portyankina. , J. . . Colwell . August 2018. Introduction . explore . Mercury . More Information. Mission Objectives:. BepiColombo . has been designed to provide the measurements necessary to study and understand the composition, geophysics, atmosphere, magnetosphere and history of Mercury. . Enceladus. with blue imaged tiger stripes. This image was taken during Cassini's close flyby of . Enceladus. on July 14, 2005. . Blue Images are newest . crystaline. ice. http://www.nasa.gov/mission_pages/cassini/media/cassini-083005.html. GSA. 19 October 2014. James H. Roberts. James.Roberts@jhuapl.edu. Image courtesy NASA/JPL/Space Science Institute. Spencer et al. . Science. 2006. Tiger Stripes. The south polar region. 5-16 GW . (70 - 200 mW m. r. vel. , on grain jet width (Cases 2, 3, 4 and 5). Jet width measured using Full Width at Half Maximum (FWHM). Jet width increases as . r. vel. . decreases; smaller . r. vel. (larger velocity slip) results in greater drag, thus grains are more entrained and spread out by gas flow..