AOGS AMOS

PS01 | PS03-ST12 | PS05-ST18 | PS06 | PS07 | PS08 | PS10 | PS11 | PS12 | PS13 | PS14 | PS15 | PS16 | PS17 | PS18

PS01
Paper ID	Paper Title	Main Author and Affiliation
59-PS-A0180	Secular Obliquity Variations Due to Climate Friction on Mars: Re-Examination in Influence of Martian Internal Viscosity Structure	Yuji HARADA Division of Earth Mechanics, Earthquake Research Institute, the University of Tokyo
59-PS-A0193	Organic and Isotope Measurement Protocols Under Development for the 2009 Mars Science Laboratory	Paul MAHAFFY NPSA Goddard Space Flight Cente
59-PS-A0194	Organics, Oxidants and the Disequilibrium Chemistry of Mars	Sushil K ATREYA University of Michigan
59-PS-A0204	Atmospheric Results from the Mars Exploration Rovers	Michael WOLFF Space Science Institute
59-PS-A0297	Ionosphere of Mars at Low and High Latitudes	S A HAIDER Physical Research Laboratory
59-PS-A0598	A Third Layer in the Ionosphere of Mars	Martin PATZOLD Institut für Geophysik und Meteorologie, Universität zu Köln, Cologne, Germany
59-PS-A0949	Cluster Analysis of the Circum-Chryse Region, Mars: Evidence for Cabonate Minerals	Giuseppe Augusto MARZO Astrophysics Laboratory, University of Lecce
59-PS-A 0956	Martian Iron Silicates as Water Marker: Mineralogical and Grain Size Distribution	Romolo POLITI Astrophysics Laboratory, University of Lecce
59-PS-A0963	Unveiling Venus – The ESA Venus Express Mission	Jorn HELBERT Institute for Planetary Research, DLR
59-PS-A0977	Current Status of the Japanese Venus Orbiter Mission PLANET-C	Takeshi IMAMURA Japan Aerospace Exploration Agency
59-PS-A0994	Characterization of the South Pole Cryptic Region by the High Resolution Stereo Camera on Mars Express	Jeng Jong JIAN Institute of Astronomy, National Central University, Taiwan
59-PS-A1019	Ground-Based Observations of Venus	Munetaka UENO University of Tokyo
59-PS-A1120	Mars Surface Compositional Units and Some Geological Implications from the Mars Express High Resolution Stereo Camera (HRSC)	T B McCORD Space Sci. Inst., Bear Fight Center, WA
59-PS-A1209	Modeling of the Mars Radiation Environment	Giovanni De ANGELIS National Institute of Health - Italy
59-PS-A1214	Analysis of OMEGA/Mars Express Hyperspectral Images with a Linear Unmixing Model	Olivier GRPSSET Laboratoire de Planétologie et Géodynamique, Nantes, France
59-PS-A1248	HRSC on Mars Express – Helping to Pave the Way for Future Lander and Rover Missions	Harald HOFFMANN DLR Berlin, Institute of Planetary Research
59-PS-A1253	Exploring Mars by a Small Satellite Mission Consisting of an Orbiter and Lander	Harald HOFFMANN DLR Berlin, Institute of Planetary Research
59-PS-A1255	Venus Lightning Detection by Venus Climate Orbiter	Yukihiro TAKAHPSHI Tohoku University
59-PS-A1259	Venus and Mars Exploration by Planetary Space Telescope, TOPS	Yukihiro TAKAHPSHI Tohoku University
59-PS-A1280	New Insights Into the Geological Evolution of Mars Through the Mars Express High Resolution Stereo Camera (HRSC)	Gerhard NEUKUM Institute of Geosciences, Freie Universitaet Berlin
59-PS-A1316	Planets Seen by AstroLe	Romolo POLITI Astrophysics Laboratory, University of Lecce
59-PS-A1365	The Moment of Inertia of Mars and Implications for the Structure of the Martian Interior	Frank SOHL German Aerospace Center, Institute of Planetary Research, Berlin, Germany
59-PS-A1407	Global Mineralogical Mars History, Derived from the OMEGA/Mars Express Data	Jean-Pierre BIBRING Institut d’Astrophysique Spatiale (IPS)

PS03-ST12
Paper ID	Paper Title	Main Author and Affiliation
59-PS-A0255	Planetary and Heliospheric ENAs	Peter WURZ Physics Institute, University of Bern
59-PS-A0316	Global Modeling of Planetary Ionospheres and Thermospheres	Ingo C. F. MUELLER-WODARG Space and Atmospheric Physics Group, Imperial College London
59-PS-A0334	Aurora: Comparative Analysis at Earth, Jupiter, and Saturn	Marina GALAND Department of Physics, Imperial College, London, U.K.
59-PS-A0481	Chemistry and Compositions of Cometary Coma	S A HAIDER Physical Research Laboratory
59-PS-A0522	Chandra X-ray Observations of Jupiter’s Low-Latitude Disk Emission	Anil BHARDWAJ Space Physics Laboratory, Vikram Sarabhai Space Centre, India
59-PS-A0541	What Do Saturn and Titan Have in Common? (And, What They Don't)	Sushil K ATREYA Univ. of Michigan, Ann Arbor
59-PS-A0604	Similarities and Differences Between the Mars and Venus Solar Wind Interactions	Jean Gabriel TROTIGNON LPCE/CNRS, Orleans, France
59-PS-A0750	Origins of the Martian Aurorae Observed by SPICAM on Board Mars Express	Francois LEBLANC d’Aeronomie du CNRS/IPSL, Verrieres-le-Buisson, France
59-PS-A0950	Multi-Fluid MHD Modeling of Enceladus' Interaction With the Magnetosphere of Saturn	Mehdi BENNA NPSA - Goddard Space Flight Center
59-PS-A0954	Three-Dimensional Multi-Fluid Modeling of Comet 26P/Grigg-Skjellerup: Extrapolation to Comet 67P/Churyumov-Gerasimenko	Mehdi BENNA NPSA - Goddard Space Flight Center
59-PS-A0966	Water Chemistry in Cometary Atmospheres	Daniel C BOICE Southwest Research Institute
59-PS-A1024	Electron and Ion Dynamics in the Mercury's Magnetosphere: Recent Results from Systematic Trajectory Tracings	Kanako SEKI Solar-Terrestrial Environment Laboratory, Nagoya University, Japan
59-PS-A 1119	A Study of the Martian Atmosphere Using OMEGA/Mars Express and Ground-Based Measurements	Therese ENCRENAZ LESIA, Paris Observatory, France
59-PS-A1150	Global Modeling and Future Explorations of Atmospheric Escape Processes	Naoki TERADA NICT/JST, Japan
59-PS-A1262	Comparative Climate Models of Terrestrial Planets and Outer Satellites	Francois FORGET Laboratoire de Meteorologie Dynamique, IPSL, France
59-PS-A1267	Ion Flow in the Martian Magnetotail	Andrei FEDOROV CESR/CNRS, Toulouse, France
59-PS-A1307	Ion Escape from Unmagnetized Planets Toward the Planetary Wake	Kiyoshi MAEZAWA Institute of Space and Astronautical Science, JAXA
59-PS-A1319	Plasma Environment of Jupiter's Polar Ionosphere Viewed from a Radio Spectra Analysis	Hiroaki MISAWA Tohoku University
59-PS-A1320	On the Martian Atmosphere: New Observations by SPICAM on Mars Express	Franck MONTMESSIN Service d’aeronomie, France
59-PS-A1344	Neutral Atom Imaging of Mercury Magnetosphere	Alessandro MURA IFSI
59-PS-A1360	ENA Imaging of Earth, Saturn, Titan and Mars	Pontus C BRANDT The Johns Hopkins University Applied Physics Laboratory, MD, USA
59-PS-A1361	Storm and Substorm Dynamics at Saturn	Pontus C BRANDT The Johns Hopkins University Applied Physics Laboratory, MD, USA
59-PS-A0695	Science of Mercury Magnetospheric Orbiter	Masaki FUJIMOTO Department of Earth and Planetary Sciences, Tokyo Institute of Technology

PS05-ST18
Paper ID	Paper Title	Main Author and Affiliation
59-PS-A0319	Low Energy Charged Particle Measurement by Japanese Lunar Orbiter SELENE	Yoshifumi SAITO ISPS/JAXA
59-PS-A0500	Current Developments for Electric Field Measurements by Probe Methods in Japan	Yasumasa KPSABA ISPS/JAXA
59-PS-A0502	Jovian Small Orbiter for Magnetospheric and Auroral Studies Associated With Solar Sail	Yasumasa KPSABA ISPS/JAXA
59-PS-A0544	Mass Spectrometry for Planetary Missions: Future State-of-the-Art	David T YOUNG Southwest Research Institute
59-PS-A0575	Preliminary Test Results of Digital Wave Particle Correlator (DWPC)	Yoshikatsu UEDA Research Institute for Sustainable Humanosphere, Kyoto University
59-PS-A0678	A Balloon-Borne Telescope System for Optical Remote Sensing of Planetary Atmospheres and Plasmas	Makoto TAGUCHI National Institute of Polar Research
59-PS-A0697	The SCOPE Mission	Masaki FUJIMOTO Department of Earth and Planetary Sciences, Tokyo Institute of Technology
59-PS-A0744	Miniaturized Electron Magnetic Spectrometer	George HO The Johns Hopkins University Applied Physics Laboratory
59-PS-A0748	Development of Medium Energy Ion Mass Spectrometer for the Exploration of the Earth's Magnetosphere	Satoshi KPSAHARA Tokyo University
59-PS-A0826	Research to Improve the Mass Resolution of an LEF-TOF Ion Mass Analyzer (IMA)	Takaaki TANAKA Tokyo University
59-PS-A0875	Taiwan’s ARGO Science Mission	C Z CHENG National Space Organization, Taiwan
59-PS-A0911	Development of a Measurement Technique for Medium-Energy Electrons	Keiichi OGPSAWARA ISPS/JAXA
59-PS-A0912	Development of a New Low Energy Charged Particle Detector for In-Situ Plasma Measurement in the Earth’s Magnetosphere	Miho SAITO Tokyo University
59-PS-A0914	Low Energy Ion Observation by BepiColombo MMO	Yoshifumi SAITO ISPS/JAXA
59-PS-A0941	The Italian Spring Accelerometer (ISA) and the BepiColombo Mission to Mercury: 1) ISA Technical Features	Valerio IAFOLLA Istituto di Fisica dello Spazio Interplanetario (IFSI/INAF)
59-PS-A0948	MIMA: Mars Infrared MApper – The Fourier Spectrometer for ESA Pasteur/ExoMars Rover Mission	Giuseppe A. MARZO Astrophysics Laboratory, University of Lecce
59-PS-A0970	NPSA’s New Millennium ST-9 MISSION	Robert M. NELSON Jet Propulsion Laboratory
59-PS-A0972	NPSA’s New Millennium ST8 Project	Robert M. NELSON Jet Propulsion Laboratory
59-PS-A1012	The Development of the High Energy Particle Detector Onboard the SELENE Spacecraft	Takeshi TAKPSHIMA ISPS/JAXA
59-PS-A1022	The Japanese Geospace Satellite Mission: ERG	Yoshizumi MIYOSHI STEL, Nagoya University, Japan
59-PS-A1068	Indian Lunar Mission Chandrayaan-1	Anil BHARDWAJ Space Physics Laboratory, Vikram Sarabhai Space Centre, India
59-PS-A1115	Space Instrument Development at SPDL of NCU	S W CHIOU Institute of Space Science, National Central University
59-PS-A1288	Atmospheric Neutral Analyzer (ANA) for In-Situ Neutral Mass Composition and Velocity Distribution Measurements in Ionosphere-Thermosphere Coupling Studies	Peter V AMERL Institute for Space Research, Dept. of Physics and Astronomy, University of Calgary
59-PS-A1327	Low Energy High Angular Resolution Neutral Atom Detection by Means of Micro-Shuttering Techniques	Andrea Maria Di LELLIS AMDL Srl
59-PS-A1331	The International Living With a Star Program	William LIU Canadian Space Agency
59-PS-A1339	Noise-Immune, Cavity-Enhanced Spectroscopy and Ultra-sensitive Atmospheric In-Situ Measurements	Pin CHEN Jet Propulsion Laboratory, California Institute of Technology

PS06
Paper ID	Paper Title	Main Author and Affiliation
59-PS-A0712	Gravity Waves in Titan's Atmosphere	Darrell STROBEL Johns Hopkins University
59-PS-A0257	Titan's Atmospheric Composition from Space Investigations	Athena COUSTENIS LESIA, Paris-Meudon Observatory, France
59-PS-A0290	Evidence for Surface Modification Processes on Titan from Four Cassini Radar Passes	Stephen D WALL Jet Propulsion Laboratory/Caltech
59-PS-A0337	Cryovolcanic Features on Titan's Surface as Revealed by the Cassini RADAR	Rosaly LOPES Jet Propulsion Laboratory/Caltech
59-PS-A0627	Origin and Evolution of Titan's Nitrogen and Methane Atmosphere	Sushil K ATREYA University of Michigan, Ann Arbor
59-PS-A0641	Gas – Particle Transformation Simulations in Titan’s Atmosphere	Panayotis LAVVPS Department of Physics, University of Crete, Greece
59-PS-A0725	Gravity Fields and Interiors of the Saturnian Satellites	Sami PSWAR Jet Propulsion Laboratory, California Institute of Technology
59-PS-A0751	Origins of Europa Na Cloud and Torus	Francois LEBLANC Service d’Aeronomie du CNRS/IPSL, Verrieres-le-Buisson, France
59-PS-A0807	Saturn's Gravity Field and Interior Structure	John D ANDERSON Jet Propulsion Laboratory, California Institute of Technology
59-PS-A0824	A Molecular Nitrogen Model for the Titan Atmosphere	Alan HEAYS The Australian National University
59-PS-A0946	Results from the Gas Chromatograph Mass Spectrometer (GCMS) Experiment on the Cassini-Huygens Probe	Hasso NIEMANN NPSA Goddard Space Flight Center
59-PS-A0988	Saturn’s Titan: Evidence for Surface Reflectance Change: Implications for Atmospheric and Volcanic Activity	Robert M NELSON Jet Propulsion Laboratory
59-PS-A1106	Titan: Surface Compositional Units from the Cassini Visual and Infrared Mapping	T B McCORD Space Science Inst., Bear Fight Center
59-PS-A1217	One Year of Cassini/VIMS Observations of Titan: Geological Implications	Olivier GRPSSET Nantes University, France
59-PS-A1226	Models of Titan’s Evolution Constrained by Cassini Observations and Laboratory Experiments	Gabriel TOBIE University of Nantes, CNRS, CNES
59-PS-A1281	Monitoring Titan's Dynamics Using Both Adaptive Optics and VIMS Data	Mathieu HIRTZIG LESIA, Observatoire de Paris-Meudon, France
59-PS-A1285	Titan's Surface Albedo from Ground Based Near-Infrared Spectra and the Influence of Modeling Parameters	Alberto NEGRAO LESIA, Observatoire de Paris-Meudon, France
59-PS-A1303	An Overview of Cassini Plasma Spectrometer (CAPS) Measurements Taken During the First Two Years in Orbit	D T Young Goddard Space Flight Center, Greenbelt, MD

PS07
Paper ID	Paper Title	Main Author and Affiliation
59-PS-A0434	Keynote Address - Planetary Environments for Radiation Analysis	Giovanni De ANGELIS National Institute of Health - Italy
59-PS-A0444	Prediction of the Moon Radiation Environment During the Chandrayaan-1 Flight After 2007	Giovanni De ANGELIS National Institute of Health - Italy
59-PS-A0451	Moon Radiation Environment Modeling	Giovanni De ANGELIS National Institute of Health - Italy
59-PS-A0452	Mars Radiation Environment Modeling	Giovanni De ANGELIS National Institute of Health - Italy
59-PS-A1206	Radiation Measurements in Mars Orbit With the Odyssey Instrument Suite	Cary ZEITLIN Lawrence Berkeley National Laboratory
59-PS-A1256	Mars Atmosphere: Structure and Features, and Interaction with the Surface	Francois FORGET Laboratoire de Meteorologie Dynamique, IPSL, Paris, France
59-PS-A1274	Mars Radiation Environment Modeling Consequent to Results of Orbiter Measurements	Premkumar B SAGANTI Prairie View AM University, USA
59-PS-A1283	The PLANETOCOSMICS Geant4 Application	Laurent DESORGHER University of Bern, Switzerland

PS08
Paper ID	Paper Title	Main Author and Affiliation
59-PS-A0181	The Effect of the Non-Synchronous Rotation on the Surface Stress of Europa: Constraints for the Rotation Period and the Surface Viscosity	Yuji HARADA Division of Earth Mechanics, Earthquake Research Institute, the University of Tokyo
59-PS-A0298	Interiors of Enceladus and Other Icy Saturnian Moons	Gerald SCHUBERT Department of Earth and Space Sciences, University of California, Los Angeles
59-PS-A0299	Cassini-CIRS Observations of Saturn’s Rings and Icy Satellites	Cecile FERRARI University Paris 7 and SAp/DAPNIA/DSM/CEA Saclay
59-PS-A0393	Lava Lakes on Io	Rosaly LOPES Jet Propulsion Laboratory, California Institute of Technology
59-PS-A0565	Tidal Evolution in the Saturnian Satellite System	Hauke HUSSMANN IAG, Universidade de Sao Paulo, Brasil
59-PS-A0605	The Effect of Volatiles on the Existence of Deep Liquid Layers Within Icy Moons	Olivier GRPSSET Nantes University, France
59-PS-A0700	Future Explorations of Titan, Enceladus, Iapetus and Phoebe	Wing-Huen IP Institute of Astronomy, National Central University, Taiwan
59-PS-A0755	A Mass-Radius Relationship for the Study of Extra-Solar Planets: First Tests on the Solar System Bodies	Olivier GRPSSET Nantes University
59-PS-A0798	New Understanding of the Saturnian Satellite System from Cassini : The Story Being Told by the Icy Satellites	Dennis MATSON JPL/CalTech, Pasadena, CA, USA
59-PS-A0986	Saturn’s Rings: Cassini Observes the Opposition Effect	Robert M NELSON Jet Propulsion Laboratory
59-PS-A1122	Size and Compositional Constraint of Ganymedean Core from the Condition of Driving a Dynamo Activity	Jun KIMURA Earthquake Research Institute, University of Tokyo
59-PS-A1260	Dust Emission from Enceladus' South Pole: Cassini CDA Measurements and Modeling	Juergen SCHMIDT University of Potsdam, Germany
59-PS-A1263	Constraints on Tidal Heating in Enceladus and Mimas	Hauke HUSSMANN IAG, Universidade de Sao Paulo, Brasil
59-PS-A1266	Galilean Moons Internal Dissipation from Their Tidal Orbital Accelerations and Implication on Their Internal Structure	Valery LAINEY Royal Observatory of Belgium
59-PS-A1272	The Uranus Equinox: Prediction of Events Occurring During this Opportunity	Jean-Eudes ARLOT IMCCE
59-PS-A1273	Cratering Chronologies, Ages, and Geologic Evolution of the Major Saturnian Satellites	Gerhard NEUKUM Institute of Geosciences, Freie Universitaet Berlin
59-PS-A1326	Propellers in Saturn's Rings	Frank SPAHN University Potsdam, Germany

PS10
Paper ID	Paper Title	Main Author and Affiliation
59-PS-A0676	Photometric Observations of 2005 UD at Lulin Observatory	Daisuke KINOSHITA Institute of Astronomy, National Central University
59-PS-A1002	Discovery of the Main-Belt Comets	Henry HSIEH University of Hawaii
59-PS-A1227	YSTAR-NEOPAT Observations of Asteroids	Hong-Suh YIM Korea Astronomy and Space Science Institute
59-PS-A1241	Automated Photometry and KBO Occultation Event Detection in the TAOS Project	Zhi-Wei ZHANG Institute of Astronomy, National Central University, Taiwan

PS11
Paper ID	Paper Title	Main Author and Affiliation
59-PS-A0285	Recent Development of Meteor Train Studies	Masayuki YAMAMOTO Kochi University of Technology
59-PS-A0341	Elucidation of the Phoenicids Outburst in 1956 by the Dust Trail Theory	Mikiya SATO NMS
59-PS-A0407	Mission to 3200 Phaethon	Toshihiro KPSUGA NAOJ
59-PS-A0855	Meteoroid Streams at Venus	Jeremie VAUBAILLON Caltech
59-PS-A0940	A Call for Meteor Detectors in Venus and/or Mars Orbit	Juergen OBERST German Aerospace Center, Institute of Planetary Research
59-PS-A1140	Observations of Meteors at Multiple Stations by Radio Waves Using GPS	Shun HORII The University of Tokyo,Department of Earth & Planetary Science
59-PS-A1200	Note on a New Approach to Clarify Passed Cometary Activities of Parent Objects of Meteor Showers	Junichi WATANABE National Astron. Obs. Japan

PS12
Paper ID	Paper Title	Main Author and Affiliation
59-PS-A0938	A Long-Lived Global Lunar Geophysical and Geodetic Network	Juergen OBERST German Aerospace Center, Institute of Planetary Research
59-PS-A0996	Lunar Geodetic Opportunities with the Laser Altimeter on LRO	Maria T ZUBER Massachusetts Institute of Technology
59-PS-A1009	A Performance of Alpha Ray Detector (ARD) for Mapping of Rn and Po in the Lunar Surface Onboard Japanese Lunar Mission SELENE	Takeshi TAKPSHIMA ISPS/JAXA
59-PS-A1020	Lunar Elemental Mapping by XRS Onboard SELENE: Science and Instrument	Tatsuaki OKADA Institute of Space and Astronautical Science, Japan Aerospace Exploration Agenc
59-PS-A1023	FDM Simulation of Scatterings Observed in Moonquake Coda Waves	Taro OKAMOTO Department of Earth and Planetary Sciences, Tokyo Institute of Technology
59-PS-A1040	The Strategic Plan for the Integrated Sciences and the Development Status of Japanese Lunar Explorer; SELENE and Lunar-A	Takahiro IWATA Institute of Space and Astronautical Science, JAXA
59-PS-A1233	Estimation of Background Gamma Rays from Major Element for Spectroscopy by SELENE GRS	Osamu OKUDAIRA Advanced Research Institute for Science and Engineering, Waseda Univ.

PS13
Paper ID	Paper Title	Main Author and Affiliation
59-PS-A0338	Dust Environment of the Deep Impact Mission Target Comet 9P/Tempel 1 Prior to the Impact: A Contextual Investigation	Nalin SAMARPSINHA National Optical Astronomy Observatory and Planetary Science Institute, USA
59-PS-A0339	Spectropolarimetry of the Deep Impact Target 9P/Tempel 1 Dust Coma	David HARRINGTON University of Hawaii, Institute for Astronomy
59-PS-A0365	Imaging Observations of the Deep Impact from India - Modeling of the Pre-/Post- Impact Jets	Raju VPSUNDHARA Indian Institute of Astrophysics, India
59-PS-A0392	Deep Impact Photometry of Comet 9P/Tempel 1	Jianyang LI Department of Astronomy, University of Maryland at College Park
59-PS-A0394	Dust Component of Comet 9P/Tempel 1 as Seen by the ESO Team	Ludmilla KOLOKOLOVA University of Maryland, USA
59-PS-A0431	Mid-Infrared Observation of Dust Plume Induced by Deep Impact Collision With Comet 9P/Tempel 1	Seiji SUGITA University of Tokyo
59-PS-A0438	Near-IR Monitoring Photometry of Comet 9P/Tempel 1 in South Africa	Yuki MORI Department of Earth & Planetary Science, Graduate School of Science, The University of Tokyo
59-PS-A0753	Mass Ratio of Crystalline to Amorphous Silicates for the Ejecta Dust of Comet 9P/Tempel 1 Induced by Deep Impact	Takafumi OOTSUBO Nagoya University
59-PS-A0840	Time and Spatial Distributions of Dust Ejected by Deep Impact Collision With Comet 9P/Tempel 1	Toshihiko KADONO JAMSTEC/IFREE
59-PS-A0887	Imaging Polarimetry of 9P/Tempel for the Deep Impact Event	Reiko FURUSHO Faculty of Education and Integrated Arts and Sciences, Waseda University, Japan
59-PS-A0903	Deep Impact: Excavating Comet Tempel 1	Michael A’HEARN University of Maryland
59-PS-A0942	Imaging Polarimetry of the Dust Coma of the Deep Impact Target: Comet 9P/Tempel 1	Edith HADAMCIK Aeronomie IPSL/CNRS/univ. Paris 6
59-PS-A0945	Parent Volatiles in Comet 9P/Tempel 1: Before and After Deep Impact	Michael J MUMMA NPSA Goddard Space Flight Center
59-PS-A0964	The Phase Function of the Nucleus of Comet 9P/Tempel 1 and Results from Deep Impact	Karen MEECH Institute for Astronomy, Univ. Hawaii,
59-PS-A0968	Physico-Chemical Models of Comet 9P/Tempel 1	Daniel C BOICE Southwest Research Institute
59-PS-A1154	Interpretation of the Crystalline/Amorphous Silicates Ratio	Junichi WATANABE National Astron. Obs. Japan
59-PS-A1210	Observation of Comet 9P/Tempel 1 at XingLong and Lulin Station After Deep Impact	Zhong Yi LIN Institute of Astronomy, National Central University, Taiwan
59-PS-A1372	The Pre-Impact Coma of Comet Tempel 1: Deep Impact Imaging Results	Lucy A McFADDEN Lori Feaga Astronomy Department University of Maryland College Park

PS14
Paper ID	Paper Title	Main Author and Affiliation
59-PS-A0795	Shapes of the Small Main-Belt Asteroids	Budi DERMAWAN Dept. of Astronomy & Bosscha Observatory, Bandung Inst. of Tech., Indonesia
59-PS-A0909	Sensitive Search for Monodeuterio Methane in Comet C/2004 Q2	Hideyo KAWAKITA Kyoto Sangyo University

PS015
Paper ID	Paper Title	Main Author and Affiliation
59-PS-A0195	Insights into Dust Composition from Interstellar Gas Abundances	Ulysses SOFIA Whitman College
59-PS-A0221	Are Pyroxenes Necessary for the 9.3 Micron Thermal Emission Feature of Cometary Dust	Hiroshi KIMURA Institute of Low Temperature Science, Hokkaido University
59-PS-A0230	A 3-D Numerical Simulation of Dust Aggregate Collisions	Koji WADA Institute of Low Temperature Science, Hokkaido University
59-PS-A0300	A Model of Comet Dust Based on Integrated Remote-Sensing Data	Ludmilla KOLOKOLOVA University of Maryland, USA
59-PS-A0395	Modeling Interstellar and Circumstellar Grains: Using the Maximum Entropy Method and Monte Carlo Radiative Transfer Approaches	Michael WOLFF Space Science Institute
59-PS-A0418	Properties of Unidentified Infrared Bands Around the Herbig Ae/Be System MWC1080	Itsuki SAKON Department of Astronomy, School of Science, University of Tokyo
59-PS-A0724	Lunar Polarimetry at Large Phase Angles for Remote Sensing of Regolith Particles	Yuriy SHKURATOV Astronomical Institute of V.N. Karazin Kharkov National University, Ukraine
59-PS-A0754	Analysis of Interplanetary Dust	Elmar K JESSBERGER Institut für
59-PS-A0802	Visible and Infrared Observations of InterPlanetary Dust	Munetaka UENO University of Tokyo
59-PS-A0820	Crystallization of Dust in Space	Tetsuo YAMAMOTO Inst. Low Temperature Sci., Hokkaido University
59-PS-A0822	Plasma Effect on the Formation of Alumina Dust	Mami KURUMADA Ritsumeikan University
59-PS-A0833	Cratering on Snow by Low Velocity Impacts: Effect of Sintering on the Crater Formation	Masahiko ARAKAWA Nagoya University
59-PS-A0835	Direct Observation of Crystallization of Carbon Coated Amorphous Mg-Bearing Silicate Grains	Chihiro KAITO Ritsumeikan University
59-PS-A0838	Calculation of Optical Properties of Very Fluffy Dust Particles	Yasuhiko OKADA Graduate School of Science and Technology, Kobe University
59-PS-A0843	Metal Compositions of Meteoroids in Meteor Showers	Toshihiro KPSUGA National Astronomical Observatory of Japan
59-PS-A0889	New Polarization View of Star Forming Regions	Motohide TAMURA NAOJ
59-PS-A0902	Clues to the Size and Composition of Cosmic Dust Media from Light Scattering Observations	Anny-Chantal LEVPSSEUR-REGOURD Univ. Paris VI / Aeronomie CNRS-IPSL
59-PS-A0962	Laboratory Production of Fullerenes and a Possible New Formation Route for Carbonaceous Materials in Carbon-Rich AGB Stars	Yuki KIMURA Code 691, NPSA/GSFC, USA and Ritsumeikan Univ.
59-PS-A0976	Initial Look at the Mineralogy and Petrology of Comet Wild2 Nucleus Samples	Michael ZOLENSKY NPSA Johnson Space Center, Houston
59-PS-A1038	Destruction and Survival of PAHs in Astrophysics: From Low-Metallicity Galaxies to Elliptical Galaxies and Galactic Halos	Aigen LI University of Missouri
59-PS-A1056	A New Laboratory Produced of TiO and TiO2 Grains	Akihito KUMAMOTO Ritsumeikan University
59-PS-A1061	Laboratory Experiment on the MgAl2O4 Spinel Formation	Midori SAITO Ritsumeikan University
59-PS-A1065	Laboratory Experiment on the Production of Perovskite by the Coalescence Between CaO and TiO2 Particle	Kaori YOKOYAMA Ritsumeikan University
59-PS-A1171	Early Results of Polarimetric Imager for Comets (PICO)	Reiko FURUSHO School of Education, Waseda University
59-PS-A1264	The Dust Sources of Saturn's E Ring	Juergen SCHMIDT University of Potsdam, Germany
59-PS-A1380	Imaging Polarimetry of Cometary Dust: Different Comets and Cometary Regions	Edith HADAMCIK Aeronomie IPSL/CNRS/univ. Paris 6
59-PS-A1387	Imaging and Polarimetry of Dusty Circumstellar Environments	Tim GLEDHILL University of Hertfordshire Centre for Astrophysics Research, Science and Technology Research Institute College Lane,

PS16
Paper ID	Paper Title	Main Author and Affiliation
59-PS-A0378	Evidence from Meteorites	Guy CONSOLMAGNO Specola Vaticana
59-PS-A0391	Photometric Analysis of 1 Ceres and Surface Mapping from HST Observations	Jianyang LI Department of Astronomy, University of Maryland
59-PS-A0623	Asteroid Compositions: Some Input from Polarimetry	Alberto CELLINO INAF - Osservatorio Astronomico di Torino
59-PS-A0764	Ceres and Vesta: Two Protoplanets in the Main Asteroid Belt	Lucy A McFADDEN University of Maryland
59-PS-A0897	Bright and Dark Regions on Itokawa: Evidence of Space Weathering	Sho SPSAKI National Astronomical Observatory of Japan
59-PS-A0918	Asteroid Compositional Information from Thermal-Infrared Observations	Alan HARRIS DLR Institute of Planetary Research, Berlin
59-PS-A0973	Hydrated Minerals on Asteroids: What (Do We Think) We Know?	Andrew RIVKIN Johns Hopkins University Applied Physics Laboratory
59-PS-A0975	Spectroscopy and Albedos of Mars Trojan Asteroids	Andrew RIVKIN Johns Hopkins University Applied Physics Laboratory
59-PS-A1026	X-Ray Fluorescence Specrometry of the Near-Earth Asteroid 25143 Itokawa by XRS Onboard Hayabusa	Tatsuaki OKADA Institute of Space and Astronautical Science, Japan Aerospace Exploration Agency
59-PS-A1087	The Near-Earth Asteroid 25143 Itokawa Observed by Hayabusa: Overviews of Scientific Results at the Rendezvous Phase	Tatsuaki OKADA Institute of Space and Astronautical Science, Japan Aerospace Exploration Agency
59-PS-A1292	Eros and Itokawa: Two of a Kind, or No?	Andrew Rivkin Johns Hopkins University Applied Physics Laboratory

PS17
Paper ID	Paper Title	Main Author and Affiliation
59-PS-A0445	Seeing Mercury in a New Light – MERTIS on BepiColombo	Jorn HELBERT Institute for Planetary Research, DLR
59-PS-A0864	Analysis of the Impact Crater Balzac of Mercury	Gabriele CREMONESE University of Padova
59-PS-A0877	Imaging Mercury Surface : the SIMBIO-SYS Experiment for the BepiColombo Mission	Enrico FLAMINI PSI- Agenzia Spaziale Italiana
59-PS-A0888	BepiColombo – Mission Updates and Status of the MPO	Rita SCHULZ European Space Agency
59-PS-A0892	PHEBUS: Probing of Hermean Exosphere by Ultraviolet Spectroscopy : A FUV-EUV Spectrometer for the MPO BEPICOLOMBO Mission	E CHPSSEFIERE Service d’Aeronomie du CNRS/IPSL, Universite
59-PS-A0913	Space Weathering and Surface Gardening on Mercury	Sho SPSAKI National Astronomical Observatory of Japan
59-PS-A0947	The Italian Spring Accelerometer (ISA) and the BepiColombo Mission to Mercury: 2) the RSE Goals and ISA Measurements	Valerio IAFOLLA Istituto di Fisica dello Spazio Interplanetario (IFSI/INAF)
59-PS-A0967	Strofio: Exospheric Sampling of Mercury’s Surface Composition	Stefano LIVI The Johns Hopkins University Applied Physics Laboratory
59-PS-A0969	Mercury's Exosphere Observation Using EMMI/NTT	Alain DORESSOUNDIRAM Observatoire de Paris
59-PS-A0987	Geodesy at Mercury with MESSENGER	David E SMITH NPSA Goddard Space Flight Center
59-PS-A1006	BepiColombo Euro-Japan Joint Mission to Mercury: MMO Project Status Update	Hajime HAYAKAWA ISPS/JAXA
59-PS-A1265	MESSENGER Mission Status	Ralph L MCNUTT, Jr. The Johns Hopkins University Applied Physics Laboratory
59-PS-A1325	Development of Mercury Dust Monitor (MDM) Onboard BepiColombo Mission (II)	Kenichi NOGAMI Department of Physics, Dokkyo University School of Medicine
59-PS-A1330	Subsurface Structure of Mercury – Expected Results from the Gravity/Topography Analysis	Martin PAUER Department of Geophysics, Charles University, Czech Republic

PS18
Paper ID	Paper Title	Main Author and Affiliation
59-PS-A0275	EUV Photolysis of Mixed Ices Containing CO, H2O, NH3, and CH4	Robert C Y WU University of Southern California
59-PS-A0286	How Does the Cryovolcanism Work on Titan - Some Clues from the Experimental Study of Methane Hydrates Behavior Under Pressure	Mathieu CHOUKROUN University of Nantes - Planetology Department
59-PS-A0397	Investigating CO3 Isomers Formed by the Radiation Induced CO2 + O Reaction in Extraterrestrial Ices	Corey JAMIESON Department of Chemistry, University of Hawaii
59-PS-A0921	Amino Acids and Intermediate Species Produced from Irradiation of Astrophysical Ices	Michel NUEVO Graduate Institute of Astronomy, National Central University, Taiwan
59-PS-A1130	Photolysis of Mixed Ices With Synchrotron Radiation	Bing-Ming CHENG National Synchrotron Radiation Research Center
59-PS-A1282	UV Photolysis of Planetary-Type Ices	Perry GERAKINES Department of Physics, University of Alabama
59-PS-A1324	Laboratory Simulation on EUV Photolysis of Naphthalene and Ammonia in H2O Ice	Yu-Jung CHEN Department of Physics, National Central University, Taiwan
59-PS-A1329	Space Search for Solid O and N-Rich Organic Matter of Prebiotic Interest	Guillermo Manuel Munoz CARO Centro de Astrobiologia

AOGS 2006 Abstracts

Planetary Science