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   Phase1ID="754"
   Phase2ID="11744"
   Phase="Phase I"
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   <!--Date: Fri Mar 07 23:21:18 GMT 2008-->
   
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            NotificationAddress="barman@lowell.edu"
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----- Attempting Submission 1 (Fri Mar 07 23:21:18 GMT 2008) -----</SubmissionLog>
            
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      <Title>3D Transit Spectroscopy for Extrasolar Planets</Title>
      
      <Abstract>This proposal outlines steps for improving our ability to model the atmospheres of extrasolar planets -- in particular modeling the transmission of stellar host flux through the upper atmospheres of hot-Jupiters.  Hubble will soon be in a position to detect atmospheric metals and molecules through observations using the new Cosmic Origins Spectrograph and the soon to be repaired STIS and ACS.   In order to make more realistic predictions of the transmission spectrum, we propose to construct multi-dimensional radiative transfer models for two important regions of the atmosphere probed by transit spectroscopy -- the upper photosphere and the extended, low-pressure, exosphere.</Abstract>
      
      <PrincipalInvestigator
         Honorific="Dr."
         FirstName="Travis"
         MiddleInitial="Stuart"
         LastName="Barman"
         ESAMember="false"
         UniqueID="6154"
         AddressVerifiedCycle="17">
         
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            Institution="Lowell Observatory"
            USState="AZ"
            Country="USA" />
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         TotalTargets="1"
         Attachment="/Users/travis/Desktop/barman_theory.pdf">
         
         <ScientificCategory>EXTRA-SOLAR PLANETS</ScientificCategory>
         
         <ScientificKeyword1
            Keyword="Atmospheres And Chromospheres" />
         
         <ScientificKeyword2
            Keyword="Planetary Atmospheres" />
         
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            Keyword="Radiative Transfer" />
         
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