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   xmlns="http://pds.nasa.gov/pds4/pds/v1"
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       <Identification_Area>
             <logical_identifier>urn:nasa:pds:voyager2_rss_uranus_49xr_raw:browse:vg2u_49xr_1986025t022210</logical_identifier>
             <version_id>1.0</version_id>
             <title>Voyager 2 Uranus Parkes X-band Browse Plot Starting 1986-025T02:22:10.000</title>
             <information_model_version>1.21.0.0</information_model_version>
             <product_class>Product_Browse</product_class>
	     
             <Citation_Information>
                   <author_list>Simpson, R. A.</author_list>
                   <publication_year>2024</publication_year>
                   <description>
                      Browse plot set from Voyager 2 Uranus radio occultation at Parkes (DSS 49) in JPEG format.
                      X-band receiver sample histogram, average sample power versus time, and average power spectra.
                      Earth receive time 1986-025T02:22:10.000Z to 1986-025T02:28:49.000Z.
                   </description>
             </Citation_Information>
	     
             <Modification_History>
                   <Modification_Detail>
                         <modification_date>2024-05-14</modification_date>
                         <version_id>1.0</version_id>
                         <description>Initial version</description>
                  </Modification_Detail>
             </Modification_History>
	     
       </Identification_Area>
       
       <Reference_List>
	 
            <Internal_Reference>
                  <lid_reference>urn:nasa:pds:voyager2_rss_uranus_49xr_raw:data_podr:vg2u_49xr_1986025t022210</lid_reference>
                  <reference_type>browse_to_data</reference_type>
                  <comment>
                     The referenced product is the raw data file from which the browse product was derived.
                  </comment>
            </Internal_Reference>

            <External_Reference>
               <reference_text>
                  Eshleman, V. R., G. L. Tyler, J. D. Anderson, G. Fjeldbo, G. S. Levy, G. E. Wood,
                  and T. A. Croft, Radio Science Investigations with Voyager, Space Science Reviews, 21,
                  207-232, 1977.
               </reference_text>
               <description>
                  The referenced product describes the planned Voyager radio science investigation.
                  Data collection at Parkes Observatory was not part of the original plan.
               </description>
            </External_Reference>

            <External_Reference>
               <reference_text>
                  Lindal, G. F.; Lyons, J. R.; Sweetnam, D. N.; Eshleman, V. R.; Hinson, D. P.; Tyler, G. L.
                  The atmosphere of Uranus: results of radio occultation measurements with Voyager 2,
                  Journal of Geophysical Research, 92, A13, 14987-15001, 1987.  doi: 10.1029/JA092iA13p14987
               </reference_text>
               <description>
                  Results from the Voyager 2 ingress and egress radio occultations at Uranus.  Included are
                  profiles in height of electron density in the ionosphere and gas refractivity, number
                  density, pressure (0.3 mbars to 2.3 bars), temperature, and methane abundance in the
                  troposphere and stratosphere.
               </description>
            </External_Reference>

       </Reference_List>
      
       <File_Area_Browse>
             <File>
                   <file_name>vg2u_49xr_1986025t022210.jpg</file_name>
                   <creation_date_time>2024-05-14T10:06:01</creation_date_time>
                   <file_size unit="byte">163449</file_size>
                   <md5_checksum>986f4b18163a8c109e2e402730f57f30</md5_checksum>
             </File>
             <Encoded_Image>
                   <offset unit="byte">0</offset>
                   <encoding_standard_id>JPEG</encoding_standard_id>
                   <description>
                       JPEG files were generated for three plot panels; a fourth panel was ASCII text.
                       Panels were pasted into a one-page Microsoft Word document, which was saved as a PDF.
                       The PDF was compressed and then converted to JPEG using Adobe Acrobat Pro 2024.002.20736.
                   </description>
             </Encoded_Image>
       </File_Area_Browse>
       
</Product_Browse>
