╨╧рб▒с>■  -■   ■   ,                                                                                                                                                                                                                                                                                                                                                                                                                                                 Є╠Iс░┴т\pNASA Software Control B░a=Ьп╝=h°%М8X@Н"╖┌1╚ РArial1╚ РArial1╚ РArial1╚ РArial1╚ ╝Arial"$"#,##0_);\("$"#,##0\)!"$"#,##0_);[Red]\("$"#,##0\)""$"#,##0.00_);\("$"#,##0.00\)'""$"#,##0.00_);[Red]\("$"#,##0.00\)7*2_("$"* #,##0_);_("$"* \(#,##0\);_("$"* "-"_);_(@_).))_(* #,##0_);_(* \(#,##0\);_(* "-"_);_(@_)?,:_("$"* #,##0.00_);_("$"* \(#,##0.00\);_("$"* "-"??_);_(@_)6+1_(* #,##0.00_);_(* \(#,##0.00\);_(* "-"??_);_(@_)д "$"#,##0.00 е"$"#,##0рї  └ рї  Ї└ рї  Ї└ рї  Ї└ рї  Ї└ рї  Ї└ рї  Ї└ рї  Ї└ рї  Ї└ рї  Ї└ рї  Ї└ рї  Ї└ рї  Ї└ рї  Ї└ рї  Ї└ р └ р+ї  °└ р)ї  °└ р,ї  °└ р*ї  °└ р ї  °└ р#└ р!└ р#└ р!└ УА УА УА УА УА УА `Е!Sheet1Ед5Sheet2Еб6Sheet3М№A╥╢NameTitleAllenAnicichAtreyaBarnes BeiersdorferNo.BersohnBrownBullockChutjianCopelandCosbyCravens Dello RussoDowlingFegleyfriedson GlatzmaierGombosiHannerHoubenHuebnerKillenMadeyMaukMillsMosesSchubertSekaninaStiefThorneVervackWaiteWestWishnowWuYelle IR spec, labAbs X-secs, ions, labComets modelingO2 relaxation & E-transfer, labGCM all planets#Convection & rad Trans, all planets#Io atm loss & jupiter magnetosphere%Magsph/ionosph coupling in Jup aurora$Model Jup ionosph/thermosph/magnosphDynamics Titan upper atmIR spec. H2O in comets*lineshape spec re; Knudsen layer in cometspowerful spec tech re:&Diss recomb of O2+, CO2+, Mars & Venus+Thermochem & kinetics of Venus sulfur cycle&Laboratory chemical kin. Outer planets!HC's & N2 on Jup, Titan Photochem=Will use LLNL e- beam ion trap to study soft x-rays fr comets0Titan Ionosph & Jup. Thermosph heating by x-raysTenuous atm of moon:Venus upper atm. Photochem, lower atm. Thermochem & clouds6Chemical model of trace gases on Jup, Io, brown dwarfsDphysics of comets re; dust striae, fragments, catastrophic splitting5Low T vap P of CH4, N2, other outer planet atm. GasesIon chem kin. Titan & cometsGCM mars&Chemical weathering reactions on Venus,Modeling circulation in deep interior of Jup)Sub-mm spec. of dimers re: Saturn & Titan)Photoabs. X-sec of light HCs down to 140KLab Spec Cass, Gal Lab otherVenusallGalLab Spec/otherLab other/specTenDynAerAer/dyntencometsten/dynStr/tenlab other/spec Mars/Venus Cass/NeptuneDyn/strGal/cassten/aerstr/dynvenusdyndyn/aercassmoonstr/aergalten/strlab spec/other lab/other cass, cometsdyn/strMarsLab spec/othergal/cass lab otherjupUPhoton induced lab studies Re; Na & K in tenuous atmospheres of moon, mercury, EuropaEuropa, moon merlab specCass Gal, Cassh2o, dust feedbacks in Mars atmmarsDynamical studies;Isotopic dependence of as a handle on photodissoc. Dynamics#Improvement of a community facility9Major Equipment:A GAS HANDLING SYSTEM FOR THE McMATH FTS Modeling of Cometary Atmospheres7Infrared Laboratory Spectroscopy of Planetary MoleculesgAbsolute Electron Excitation Cross Sections for Singly- and Highly-Charged Ions in Solar System ObjectsXLaboratory Study of the Oxygen Electronic States Important in the Venus and Mars Airglow,General Circulation of Planetary Atmospheres]Convection in Outer Planet Atmospheres: The Interaction of Convection with Radiative Transfer Atmospheric Loss Processes at Io<Magnetosphere-Ionosphere Coupling in the Jovian Auroral ZoneoIntegrated Modeling Study of the Effects of Magnetospheric Forcing on the Jovian Ionosphere-Thermosphere SystemGDynamics, Compostion, and Thermal Structure of Titan's Upper Atmosphere|Ground-based infrared spectroscopy of water in comets: Fluorescence modeling and quantitative analysis of hot-band emission.6Investigation of the Comet Nucleus-Coma Boundary Layer<Physical and Dynamical Properties of Dust in Comet Hale-BoppEDissociative Recombination Products of O2+ and CO2+ on Mars and VenusXKinetics of the Thermochemical Reactions Important in the Venus Atmospheric Sulfur Cycle:Chemical Kinetics of Planetary Free Radicals and Molecules3Research in Planetary Atmospheres-Jupiter and TitaniLaboratory Simulation of Charge-Transfer-Induced Soft X-Ray Spectra from Comets and Planetary Atmospheres/Evolution of the Atmosphere and Clouds of VenusStudies in Planetary Aeronomy2Origins of the Atmospheres of Mercury and the MoonDThe present chemistry and chemical evolution of the Venus atmosphere.Chemistry in the Outer Solar System and BeyondPhysics of CometsCThermodynamic Properties of Planetary Molecules at Low Temperatures2Ion-Chemistry in Comets and Planetary Atmospheres 2Dynamics and Circulation of the Martian Atmosphere∙Recombination rates of methyl radicals at low temperatures in hydrogen. Deuterium abundance in ethene and ethane resulting from VUV irradiation of CH3D. 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