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<adc:VO_Catalog_ADC xmlns:adc="http://adc.astro.umd.edu/dataset_054" xmlns:au="http://adc.astro.umd.edu/Units" xmlns:dc="http://purl.org/dc/elements/1.1/" xmlns:cat="http://www.ivoa.net/Catalog" xmlns:cha="http://www.ivoa.net/Characterization" xmlns:col="http://www.ivoa.net/Collection" xmlns:stc="http://www.ivoa.net/xml/STC/stc-v1.20" xmlns:r="http://www.ivoa.net/xml/STC/STCregion/v1.20" xmlns:crd="http://www.ivoa.net/xml/STC/STCcoords/v1.20" xmlns:h="http://www.ivoa.net/Provenance" xmlns:p="http://www.ivoa.net/Publications" xmlns:ppl="http://www.ivoa.net/People" xmlns:ucd="http://www.ivoa.net/UCD1+" xmlns:u="http://www.ivoa.net/Units" xmlns:q="http://www.ivoa.net/Quantity" xmlns:xlink="http://www.w3.org/1999/xlink" xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" cid="adc_1130" name="The LDS Catalogue: Double Stars with Common Proper Motion Proper motion survey with the forty-eight inch Schmidt telescope, XXI" xsi:schemaLocation="http://adc.astro.umd.edu/dataset_054 dataset_054.xsd">
  <dc:identifier>1130</dc:identifier>
  <h:provenance provenanceId="history_1130">
    <h:creation>
      <h:creator>
        <ppl:person>
          <ppl:initial>J</ppl:initial>
          <ppl:initial>L</ppl:initial>
          <ppl:lastName>Halbwachs</ppl:lastName>
          <ppl:institution>
            <ppl:name>CDS</ppl:name>
          </ppl:institution>
        </ppl:person>
      </h:creator>
      <h:creator>
        <ppl:person>
          <ppl:initial>F</ppl:initial>
          <ppl:lastName>Ochsenbein</ppl:lastName>
          <ppl:institution>
            <ppl:name>CDS</ppl:name>
          </ppl:institution>
        </ppl:person>
      </h:creator>
      <stc:date>1997-02-04</stc:date>
      <p:note><![CDATA[Keypunched at CDS in 1987]]></p:note>
    </h:creation>
    <h:revisions>
      <h:revision>
        <h:revisor>
          <ppl:person>
            <ppl:lastName>UNKNOWN</ppl:lastName>
          </ppl:person>
        </h:revisor>
        <stc:date>1994-06-15</stc:date>
        <p:note><![CDATA[15-Jun-1994: Corrected a few errors (existing in the publication) LDS 3593: third decimal place of proper motion (pm) set to blank LDS 4309: "+" embedded in DEm LDS 4871: RAm was -1 LDS 5644: secondary magnitudes were 18.,0 19.1 LDS 5679: third decimal place of proper motion (pm) set to blank LDS 5999: third decimal place of proper motion (pm) set to blank]]></p:note>
      </h:revision>
      <h:revision>
        <h:revisor>
          <ppl:person>
            <ppl:lastName>UNKNOWN</ppl:lastName>
          </ppl:person>
        </h:revisor>
        <stc:date>1997-02-4</stc:date>
        <p:note><![CDATA[04-Feb-1997: ReadMe file standardized, and disentangled Quadrant from Theta values in data files]]></p:note>
      </h:revision>
      <h:revision>
        <h:revisor>
          <ppl:person>
            <ppl:lastName>UNKNOWN</ppl:lastName>
          </ppl:person>
        </h:revisor>
        <stc:date>1997-09-19</stc:date>
        <p:note><![CDATA[19-Sep-1997: a few bad magnitude values (above 90.0) corrected in both main and rejected files.]]></p:note>
      </h:revision>
      <h:revision>
        <h:revisor>
          <ppl:team>
            <ppl:name>ADC staff</ppl:name>
            <ppl:institution>
              <ppl:name>ADC</ppl:name>
              <ppl:address>
                <ppl:street>Code 630, Goddard Space Flight Center/NASA</ppl:street>
                <ppl:postcode>20771</ppl:postcode>
                <ppl:city>Greenbelt</ppl:city>
                <ppl:state>Maryland</ppl:state>
                <ppl:country>United States of America</ppl:country>
              </ppl:address>
            </ppl:institution>
          </ppl:team>
          <p:note><![CDATA[Revision using version 1.36 of ADC's legacy conversion pipeline]]></p:note>
        </h:revisor>
        <stc:date>2002-08-2</stc:date>
        <p:note><![CDATA[XML generated from CDS/ADC ReadMe document and associated data files using txt2ML Rules Set: 1.56]]></p:note>
      </h:revision>
      <h:revision>
        <h:revisor>
          <ppl:team>
            <ppl:name>UMd-ADC staff</ppl:name>
            <ppl:institution>
              <ppl:name>UMd Astronomical Data Center</ppl:name>
              <ppl:address>
                <ppl:street>Department of Astronomy, University of Maryland</ppl:street>
                <ppl:postcode>20742</ppl:postcode>
                <ppl:city>College Park</ppl:city>
                <ppl:state>Maryland</ppl:state>
                <ppl:country>United States of America</ppl:country>
              </ppl:address>
              <ppl:email>thomas@astro.umd.edu</ppl:email>
              <ppl:url>http://archive.astro.umd.edu/archive</ppl:url>
            </ppl:institution>
          </ppl:team>
          <p:note><![CDATA[Revision using version 0.16 of the quantity/dataset transform pipeline.]]></p:note>
        </h:revisor>
        <stc:date>2005-09-30T05:02:56-04:00</stc:date>
        <p:note><![CDATA[This version of the document has unverified coordinate system information. Use at your ownrisk!]]></p:note>
      </h:revision>
    </h:revisions>
  </h:provenance>
  <p:references referencesId="ref_1130">
    <p:reference referenceId="srf1" type="source">
      <p:abstract/>
      <p:description>
        <p:para type="section"><![CDATA[General Description]]></p:para>
        <p:para><![CDATA[
    This catalogue contains all double stars with common proper motion
    discovered by Luyten since 1940 up to 1987 (references below). When
    Luyten had noticed that an entry was duplicated (ref. 8 and 9), only
    the former LDS number was kept in the data file but with the data
    given for the latter. The unique exception is LDS 6166, which is a
    duplicate of LDS 5662, but with an additional component.]]></p:para>
        <p:para><![CDATA[    The systems classified as optical by Luyten were also rejected from
    the main data files. All the rejected data were put together in a
    separate file. All coordinates are for the equinox 1950; when the
    original publication gave another equinox (this is the case for ref.
    1), the 1950-coordinates were calculated.]]></p:para>
        <p:para><![CDATA[    The catalogue contains all the systems, sorted by increasing LDS
    numbers. Duplicate entries and optical systems listed by Luyten were
    rejected. The catalogue contains 6121 systems, including 87 triple and
    1 quadruple systems. The number of records is thus 6210, since each
    triple system occupies 2 records and the quadruple system 3.]]></p:para>
      </p:description>
      <p:author>
        <ppl:person>
          <ppl:initial>W</ppl:initial>
          <ppl:initial>J</ppl:initial>
          <ppl:lastName>Luyten</ppl:lastName>
        </ppl:person>
      </p:author>
      <p:journal>
        <p:name>Publ. of the Astron. Obs. Univ. Minnesota</p:name>
        <p:volume>III, no.3</p:volume>
        <p:pageno>35</p:pageno>
        <stc:date>1940-??-??</stc:date>
      </p:journal>
    </p:reference>
    <p:reference referenceId="srf2" type="source">
      <dc:title>Proper motion survey with the fourty-eight inch Schmidt, XXI. Double stars with common proper motion Telescope.</dc:title>
      <p:abstract/>
      <p:description>
        <p:para type="section"><![CDATA[General Description]]></p:para>
        <p:para><![CDATA[
    This catalogue contains all double stars with common proper motion
    discovered by Luyten since 1940 up to 1987 (references below). When
    Luyten had noticed that an entry was duplicated (ref. 8 and 9), only
    the former LDS number was kept in the data file but with the data
    given for the latter. The unique exception is LDS 6166, which is a
    duplicate of LDS 5662, but with an additional component.]]></p:para>
        <p:para><![CDATA[    The systems classified as optical by Luyten were also rejected from
    the main data files. All the rejected data were put together in a
    separate file. All coordinates are for the equinox 1950; when the
    original publication gave another equinox (this is the case for ref.
    1), the 1950-coordinates were calculated.]]></p:para>
        <p:para><![CDATA[    The catalogue contains all the systems, sorted by increasing LDS
    numbers. Duplicate entries and optical systems listed by Luyten were
    rejected. The catalogue contains 6121 systems, including 87 triple and
    1 quadruple systems. The number of records is thus 6210, since each
    triple system occupies 2 records and the quadruple system 3.]]></p:para>
      </p:description>
      <p:author>
        <ppl:person>
          <ppl:initial>W</ppl:initial>
          <ppl:initial>J</ppl:initial>
          <ppl:lastName>Luyten</ppl:lastName>
        </ppl:person>
      </p:author>
      <p:book>
        <p:series>Proper motion survey with the forty-eight inch Schmidt telescope</p:series>
        <p:volume>21</p:volume>
        <p:publisher>Univ. of Minnesota</p:publisher>
        <p:city>Minneapolis</p:city>
        <stc:date>1969-??-??</stc:date>
        <p:bibcode>1969PMMin..21....1L</p:bibcode>
      </p:book>
    </p:reference>
    <p:reference referenceId="srf3" type="source">
      <dc:title>Proper motion survey with the fourty-eight inch Schmidt Telescope, XXV.</dc:title>
      <p:abstract/>
      <p:description>
        <p:para type="section"><![CDATA[General Description]]></p:para>
        <p:para><![CDATA[
    This catalogue contains all double stars with common proper motion
    discovered by Luyten since 1940 up to 1987 (references below). When
    Luyten had noticed that an entry was duplicated (ref. 8 and 9), only
    the former LDS number was kept in the data file but with the data
    given for the latter. The unique exception is LDS 6166, which is a
    duplicate of LDS 5662, but with an additional component.]]></p:para>
        <p:para><![CDATA[    The systems classified as optical by Luyten were also rejected from
    the main data files. All the rejected data were put together in a
    separate file. All coordinates are for the equinox 1950; when the
    original publication gave another equinox (this is the case for ref.
    1), the 1950-coordinates were calculated.]]></p:para>
        <p:para><![CDATA[    The catalogue contains all the systems, sorted by increasing LDS
    numbers. Duplicate entries and optical systems listed by Luyten were
    rejected. The catalogue contains 6121 systems, including 87 triple and
    1 quadruple systems. The number of records is thus 6210, since each
    triple system occupies 2 records and the quadruple system 3.]]></p:para>
      </p:description>
      <p:author>
        <ppl:person>
          <ppl:initial>W</ppl:initial>
          <ppl:initial>J</ppl:initial>
          <ppl:lastName>Luyten</ppl:lastName>
        </ppl:person>
      </p:author>
      <p:book>
        <p:series>Proper motion survey with the forty-eight inch Schmidt telescope</p:series>
        <p:volume>25</p:volume>
        <p:publisher>Univ. of Minnesota</p:publisher>
        <p:city>Minneapolis</p:city>
        <stc:date>1970-??-??</stc:date>
        <p:bibcode>1970PMMin..25....1L</p:bibcode>
      </p:book>
    </p:reference>
    <p:reference referenceId="srf4" type="source">
      <dc:title>Proper motion survey with the fourty-eight inch Schmidt Telescope, XXIX.</dc:title>
      <p:abstract/>
      <p:description>
        <p:para type="section"><![CDATA[General Description]]></p:para>
        <p:para><![CDATA[
    This catalogue contains all double stars with common proper motion
    discovered by Luyten since 1940 up to 1987 (references below). When
    Luyten had noticed that an entry was duplicated (ref. 8 and 9), only
    the former LDS number was kept in the data file but with the data
    given for the latter. The unique exception is LDS 6166, which is a
    duplicate of LDS 5662, but with an additional component.]]></p:para>
        <p:para><![CDATA[    The systems classified as optical by Luyten were also rejected from
    the main data files. All the rejected data were put together in a
    separate file. All coordinates are for the equinox 1950; when the
    original publication gave another equinox (this is the case for ref.
    1), the 1950-coordinates were calculated.]]></p:para>
        <p:para><![CDATA[    The catalogue contains all the systems, sorted by increasing LDS
    numbers. Duplicate entries and optical systems listed by Luyten were
    rejected. The catalogue contains 6121 systems, including 87 triple and
    1 quadruple systems. The number of records is thus 6210, since each
    triple system occupies 2 records and the quadruple system 3.]]></p:para>
      </p:description>
      <p:author>
        <ppl:person>
          <ppl:initial>W</ppl:initial>
          <ppl:initial>J</ppl:initial>
          <ppl:lastName>Luyten</ppl:lastName>
        </ppl:person>
      </p:author>
      <p:book>
        <p:series>Proper motion survey with the forty-eight inch Schmidt telescope</p:series>
        <p:volume>29</p:volume>
        <p:publisher>Univ. of Minnesota</p:publisher>
        <p:city>Minneapolis</p:city>
        <stc:date>1972-??-??</stc:date>
        <p:bibcode>1972PMMin..29....1L</p:bibcode>
      </p:book>
    </p:reference>
    <p:reference referenceId="srf5" type="source">
      <dc:title>Proper motion survey with forty-eight inch Schmidt Telescope, XL.</dc:title>
      <p:abstract/>
      <p:description>
        <p:para type="section"><![CDATA[General Description]]></p:para>
        <p:para><![CDATA[
    This catalogue contains all double stars with common proper motion
    discovered by Luyten since 1940 up to 1987 (references below). When
    Luyten had noticed that an entry was duplicated (ref. 8 and 9), only
    the former LDS number was kept in the data file but with the data
    given for the latter. The unique exception is LDS 6166, which is a
    duplicate of LDS 5662, but with an additional component.]]></p:para>
        <p:para><![CDATA[    The systems classified as optical by Luyten were also rejected from
    the main data files. All the rejected data were put together in a
    separate file. All coordinates are for the equinox 1950; when the
    original publication gave another equinox (this is the case for ref.
    1), the 1950-coordinates were calculated.]]></p:para>
        <p:para><![CDATA[    The catalogue contains all the systems, sorted by increasing LDS
    numbers. Duplicate entries and optical systems listed by Luyten were
    rejected. The catalogue contains 6121 systems, including 87 triple and
    1 quadruple systems. The number of records is thus 6210, since each
    triple system occupies 2 records and the quadruple system 3.]]></p:para>
      </p:description>
      <p:author>
        <ppl:person>
          <ppl:initial>W</ppl:initial>
          <ppl:initial>J</ppl:initial>
          <ppl:lastName>Luyten</ppl:lastName>
        </ppl:person>
      </p:author>
      <p:book>
        <p:series>Proper motion survey with the forty-eight inch Schmidt telescope</p:series>
        <p:volume>40</p:volume>
        <p:publisher>Univ. of Minnesota</p:publisher>
        <p:city>Minneapolis</p:city>
        <stc:date>1975-??-??</stc:date>
        <p:bibcode>1975PMMin..40....1L</p:bibcode>
      </p:book>
    </p:reference>
    <p:reference referenceId="srf6" type="source">
      <dc:title>Proper motion survey with the 48 inch Schmidt telescope, L</dc:title>
      <p:abstract/>
      <p:description>
        <p:para type="section"><![CDATA[General Description]]></p:para>
        <p:para><![CDATA[
    This catalogue contains all double stars with common proper motion
    discovered by Luyten since 1940 up to 1987 (references below). When
    Luyten had noticed that an entry was duplicated (ref. 8 and 9), only
    the former LDS number was kept in the data file but with the data
    given for the latter. The unique exception is LDS 6166, which is a
    duplicate of LDS 5662, but with an additional component.]]></p:para>
        <p:para><![CDATA[    The systems classified as optical by Luyten were also rejected from
    the main data files. All the rejected data were put together in a
    separate file. All coordinates are for the equinox 1950; when the
    original publication gave another equinox (this is the case for ref.
    1), the 1950-coordinates were calculated.]]></p:para>
        <p:para><![CDATA[    The catalogue contains all the systems, sorted by increasing LDS
    numbers. Duplicate entries and optical systems listed by Luyten were
    rejected. The catalogue contains 6121 systems, including 87 triple and
    1 quadruple systems. The number of records is thus 6210, since each
    triple system occupies 2 records and the quadruple system 3.]]></p:para>
      </p:description>
      <p:author>
        <ppl:person>
          <ppl:initial>W</ppl:initial>
          <ppl:initial>J</ppl:initial>
          <ppl:lastName>Luyten</ppl:lastName>
        </ppl:person>
      </p:author>
      <p:book>
        <p:series>Proper motion survey with the forty-eight inch Schmidt telescope</p:series>
        <p:volume>50</p:volume>
        <p:publisher>Univ. of Minnesota</p:publisher>
        <p:city>Minneapolis</p:city>
        <stc:date>1977-??-??</stc:date>
        <p:bibcode>1977PMMin..50....1L</p:bibcode>
      </p:book>
    </p:reference>
    <p:reference referenceId="srf7" type="source">
      <dc:title>Proper motion survey with the forty-eight inch Schmidt telescope, LV. First supplement to the NLTT Catalogue.</dc:title>
      <p:abstract/>
      <p:description>
        <p:para type="section"><![CDATA[General Description]]></p:para>
        <p:para><![CDATA[
    This catalogue contains all double stars with common proper motion
    discovered by Luyten since 1940 up to 1987 (references below). When
    Luyten had noticed that an entry was duplicated (ref. 8 and 9), only
    the former LDS number was kept in the data file but with the data
    given for the latter. The unique exception is LDS 6166, which is a
    duplicate of LDS 5662, but with an additional component.]]></p:para>
        <p:para><![CDATA[    The systems classified as optical by Luyten were also rejected from
    the main data files. All the rejected data were put together in a
    separate file. All coordinates are for the equinox 1950; when the
    original publication gave another equinox (this is the case for ref.
    1), the 1950-coordinates were calculated.]]></p:para>
        <p:para><![CDATA[    The catalogue contains all the systems, sorted by increasing LDS
    numbers. Duplicate entries and optical systems listed by Luyten were
    rejected. The catalogue contains 6121 systems, including 87 triple and
    1 quadruple systems. The number of records is thus 6210, since each
    triple system occupies 2 records and the quadruple system 3.]]></p:para>
      </p:description>
      <p:author>
        <ppl:person>
          <ppl:initial>W</ppl:initial>
          <ppl:initial>J</ppl:initial>
          <ppl:lastName>Luyten</ppl:lastName>
        </ppl:person>
      </p:author>
      <p:book>
        <p:series>Proper motion survey with the forty-eight inch Schmidt telescope</p:series>
        <p:volume>55</p:volume>
        <p:publisher>Univ. of Minnesota</p:publisher>
        <p:city>Minneapolis</p:city>
        <stc:date>1980-??-??</stc:date>
        <p:bibcode>1980PMMin..55....1L</p:bibcode>
      </p:book>
    </p:reference>
    <p:reference referenceId="srf8" type="source">
      <dc:title>Proper motion survey with the forty-eight inch Schmidt telescope, LXIV</dc:title>
      <p:abstract/>
      <p:description>
        <p:para type="section"><![CDATA[General Description]]></p:para>
        <p:para><![CDATA[
    This catalogue contains all double stars with common proper motion
    discovered by Luyten since 1940 up to 1987 (references below). When
    Luyten had noticed that an entry was duplicated (ref. 8 and 9), only
    the former LDS number was kept in the data file but with the data
    given for the latter. The unique exception is LDS 6166, which is a
    duplicate of LDS 5662, but with an additional component.]]></p:para>
        <p:para><![CDATA[    The systems classified as optical by Luyten were also rejected from
    the main data files. All the rejected data were put together in a
    separate file. All coordinates are for the equinox 1950; when the
    original publication gave another equinox (this is the case for ref.
    1), the 1950-coordinates were calculated.]]></p:para>
        <p:para><![CDATA[    The catalogue contains all the systems, sorted by increasing LDS
    numbers. Duplicate entries and optical systems listed by Luyten were
    rejected. The catalogue contains 6121 systems, including 87 triple and
    1 quadruple systems. The number of records is thus 6210, since each
    triple system occupies 2 records and the quadruple system 3.]]></p:para>
      </p:description>
      <p:author>
        <ppl:person>
          <ppl:initial>W</ppl:initial>
          <ppl:initial>J</ppl:initial>
          <ppl:lastName>Luyten</ppl:lastName>
        </ppl:person>
      </p:author>
      <p:book>
        <p:series>Proper motion survey with the forty-eight inch Schmidt telescope</p:series>
        <p:volume>64</p:volume>
        <p:publisher>Univ. of Minnesota</p:publisher>
        <p:city>Minneapolis</p:city>
        <stc:date>1983-??-??</stc:date>
        <p:bibcode>1983PMMin..64....1L</p:bibcode>
      </p:book>
    </p:reference>
    <p:reference referenceId="srf9" type="source">
      <dc:title>Proper motion survey with the forty-eight inch Schmidt telescope, LXXI.</dc:title>
      <p:abstract/>
      <p:description>
        <p:para type="section"><![CDATA[General Description]]></p:para>
        <p:para><![CDATA[
    This catalogue contains all double stars with common proper motion
    discovered by Luyten since 1940 up to 1987 (references below). When
    Luyten had noticed that an entry was duplicated (ref. 8 and 9), only
    the former LDS number was kept in the data file but with the data
    given for the latter. The unique exception is LDS 6166, which is a
    duplicate of LDS 5662, but with an additional component.]]></p:para>
        <p:para><![CDATA[    The systems classified as optical by Luyten were also rejected from
    the main data files. All the rejected data were put together in a
    separate file. All coordinates are for the equinox 1950; when the
    original publication gave another equinox (this is the case for ref.
    1), the 1950-coordinates were calculated.]]></p:para>
        <p:para><![CDATA[    The catalogue contains all the systems, sorted by increasing LDS
    numbers. Duplicate entries and optical systems listed by Luyten were
    rejected. The catalogue contains 6121 systems, including 87 triple and
    1 quadruple systems. The number of records is thus 6210, since each
    triple system occupies 2 records and the quadruple system 3.]]></p:para>
      </p:description>
      <p:author>
        <ppl:person>
          <ppl:initial>W</ppl:initial>
          <ppl:initial>J</ppl:initial>
          <ppl:lastName>Luyten</ppl:lastName>
        </ppl:person>
      </p:author>
      <p:book>
        <p:series>Proper motion survey with the forty-eight inch Schmidt telescope</p:series>
        <p:volume>71</p:volume>
        <p:publisher>Univ. of Minnesota</p:publisher>
        <p:city>Minneapolis</p:city>
        <stc:date>1987-??-??</stc:date>
        <p:bibcode>1987PMMin..71....1L</p:bibcode>
      </p:book>
    </p:reference>
  </p:references>
  <adc:data>
    <cat:VOCatalog cid="adc_cat_main" name="main" description="The Catalogue">
      <dc:identifier>1130_main</dc:identifier>
      <h:refProvenance provenanceIdRef="history_1130"/>
      <p:refReferences referencesIdRef="ref_1130"/>
      <cat:data>
        <col:object xlink:href="AstroObject.xsd" xml:base="http://www.ivoa.net/DataModels/" qid="obj_main" numberOfObjects="6210">
          <q:fileResource rid="res_main">
            <q:recordOrder qidRefs="main_LDS main_Mult main_RA main_DE main_mR1 main_u_mR1 main_mB1 main_u_mB1 main_color1 main_mR2 main_u_mR2 main_mB2 main_u_mB2 main_color2 main_pm main_pmPA main_Theta main_Sep main_Quadrant main_Remark main_Ref"/>
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              <q:read/>
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                <q:newLine/>
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            <q:external xlink:href="1130_main.dat"/>
          </q:fileResource>
          <col:property name="LDS" description="[1/6181]+= LDS number" qid="main_LDS">
            <cha:limits>
              <q:refQuantity qidRef="main_LDS"/>
              <cha:min>1</cha:min>
              <cha:max>6181</cha:max>
            </cha:limits>
            <q:axes>
              <q:refQuantity qidRef="obj_main"/>
            </q:axes>
            <u:unitless/>
            <q:integer noDataValue="-999" width="4" type="decimal"/>
            <q:values fromResource="res_main"/>
          </col:property>
          <col:property name="Mult" description="[tq]  't' indicates a system is triple and 'q' it is quadruple. Then, the LDS number is the same for all entries." qid="main_Mult">
            <cha:limits>
              <q:refQuantity qidRef="main_Mult"/>
              <cha:min/>
              <cha:max/>
            </cha:limits>
            <q:axes>
              <q:refQuantity qidRef="obj_main"/>
            </q:axes>
            <u:unitless/>
            <q:string width="1" noDataValue=" "/>
            <q:values fromResource="res_main"/>
          </col:property>
          <col:property name="RA" description="Right Ascension (Eq: 1950)" qid="main_RA">
            <cha:limits>
              <q:refQuantity qidRef="main_RA"/>
              <cha:min>00 00.0 00</cha:min>
              <cha:max>23 59.8</cha:max>
            </cha:limits>
            <ucd:ucd>RAhms</ucd:ucd>
            <stc:AstroCoordSystem qid="coords_main_RA_1130">
              <stc:TimeFrame>
                <stc:TimeScale>LST</stc:TimeScale>
                <stc:GEOCENTER/>
              </stc:TimeFrame>
              <stc:SpaceFrame>
                <stc:FK4>
                  <stc:Equinox type="Besselian">
                    <stc:units>yr</stc:units>
                    <q:float width="5" precision="0"/>
                    <stc:value>1950.</stc:value>
                  </stc:Equinox>
                </stc:FK4>
                <stc:BARYCENTER/>
                <stc:SPHERICAL>
                  <stc:coord_naxes>3</stc:coord_naxes>
                  <stc:coord_vel>false</stc:coord_vel>
                </stc:SPHERICAL>
              </stc:SpaceFrame>
            </stc:AstroCoordSystem>
            <q:axes>
              <q:refQuantity qidRef="obj_main"/>
            </q:axes>
            <u:unitless/>
            <q:string width="10" noDataValue="          "/>
            <q:values fromResource="res_main"/>
          </col:property>
          <col:property name="DE" description="Declination (Eq: 1950)" qid="main_DE">
            <cha:limits>
              <q:refQuantity qidRef="main_DE"/>
              <cha:min>-86 17.0</cha:min>
              <cha:max>+89 40.0</cha:max>
            </cha:limits>
            <ucd:ucd>DEdm</ucd:ucd>
            <stc:CoordSystemRef qidRef="coords_main_RA_1130"/>
            <q:axes>
              <q:refQuantity qidRef="obj_main"/>
            </q:axes>
            <u:unitless/>
            <q:string width="8" noDataValue="        "/>
            <q:values fromResource="res_main"/>
          </col:property>
          <col:property name="mR1" description="?=99.9 Photographic R magnitude of the primary component (99.9 = unknown)" qid="main_mR1">
            <cha:limits>
              <q:refQuantity qidRef="main_mR1"/>
              <cha:min>4.2</cha:min>
              <cha:max>19.1</cha:max>
            </cha:limits>
            <q:axes>
              <q:refQuantity qidRef="obj_main"/>
            </q:axes>
            <au:units name="mag">
              <au:unit>mag</au:unit>
            </au:units>
            <q:float noDataValue="99.9" precision="1" width="4"/>
            <q:values fromResource="res_main"/>
          </col:property>
          <col:property name="u_mR1" description="[:+] Uncertainty flag on mR1" qid="main_u_mR1">
            <cha:limits>
              <q:refQuantity qidRef="main_u_mR1"/>
              <cha:min/>
              <cha:max/>
            </cha:limits>
            <q:axes>
              <q:refQuantity qidRef="obj_main"/>
            </q:axes>
            <u:unitless/>
            <q:string width="1" noDataValue=" "/>
            <q:values fromResource="res_main"/>
          </col:property>
          <col:property name="mB1" description="?=99.9 Photographic magnitude of the primary component (99.9 = unknown)" qid="main_mB1">
            <cha:limits>
              <q:refQuantity qidRef="main_mB1"/>
              <cha:min>0.6</cha:min>
              <cha:max>21.9</cha:max>
            </cha:limits>
            <q:axes>
              <q:refQuantity qidRef="obj_main"/>
            </q:axes>
            <au:units name="mag">
              <au:unit>mag</au:unit>
            </au:units>
            <q:float noDataValue="99.9" precision="1" width="4"/>
            <q:values fromResource="res_main"/>
          </col:property>
          <col:property name="u_mB1" description="[:+] Uncertainty flag on mB1" qid="main_u_mB1">
            <cha:limits>
              <q:refQuantity qidRef="main_u_mB1"/>
              <cha:min/>
              <cha:max/>
            </cha:limits>
            <q:axes>
              <q:refQuantity qidRef="obj_main"/>
            </q:axes>
            <u:unitless/>
            <q:string width="1" noDataValue=" "/>
            <q:values fromResource="res_main"/>
          </col:property>
          <col:property name="color1" description="Color class of the primary component" qid="main_color1">
            <cha:limits>
              <q:refQuantity qidRef="main_color1"/>
              <cha:min/>
              <cha:max/>
            </cha:limits>
            <q:axes>
              <q:refQuantity qidRef="obj_main"/>
            </q:axes>
            <u:unitless/>
            <q:string width="3" noDataValue="   "/>
            <q:values fromResource="res_main"/>
          </col:property>
          <col:property name="mR2" description="?=99.9 photographic R magnitude of the secondary component (99.9 = unknown)" qid="main_mR2">
            <cha:limits>
              <q:refQuantity qidRef="main_mR2"/>
              <cha:min>4.5</cha:min>
              <cha:max>21.9</cha:max>
            </cha:limits>
            <q:axes>
              <q:refQuantity qidRef="obj_main"/>
            </q:axes>
            <au:units name="mag">
              <au:unit>mag</au:unit>
            </au:units>
            <q:float noDataValue="99.9" precision="1" width="4"/>
            <q:values fromResource="res_main"/>
          </col:property>
          <col:property name="u_mR2" description="[:+] Uncertainty flag on mR2" qid="main_u_mR2">
            <cha:limits>
              <q:refQuantity qidRef="main_u_mR2"/>
              <cha:min/>
              <cha:max/>
            </cha:limits>
            <q:axes>
              <q:refQuantity qidRef="obj_main"/>
            </q:axes>
            <u:unitless/>
            <q:string width="1" noDataValue=" "/>
            <q:values fromResource="res_main"/>
          </col:property>
          <col:property name="mB2" description="?=99.9 photographic magnitude of the secondary component (99.9 = unknown)" qid="main_mB2">
            <cha:limits>
              <q:refQuantity qidRef="main_mB2"/>
              <cha:min>1.0</cha:min>
              <cha:max>21.9</cha:max>
            </cha:limits>
            <q:axes>
              <q:refQuantity qidRef="obj_main"/>
            </q:axes>
            <au:units name="mag">
              <au:unit>mag</au:unit>
            </au:units>
            <q:float noDataValue="99.9" precision="1" width="4"/>
            <q:values fromResource="res_main"/>
          </col:property>
          <col:property name="u_mB2" description="[:+] Uncertainty flag on mB2" qid="main_u_mB2">
            <cha:limits>
              <q:refQuantity qidRef="main_u_mB2"/>
              <cha:min/>
              <cha:max/>
            </cha:limits>
            <q:axes>
              <q:refQuantity qidRef="obj_main"/>
            </q:axes>
            <u:unitless/>
            <q:string width="1" noDataValue=" "/>
            <q:values fromResource="res_main"/>
          </col:property>
          <col:property name="color2" description="Color class of the secondary component" qid="main_color2">
            <cha:limits>
              <q:refQuantity qidRef="main_color2"/>
              <cha:min/>
              <cha:max/>
            </cha:limits>
            <q:axes>
              <q:refQuantity qidRef="obj_main"/>
            </q:axes>
            <u:unitless/>
            <q:string width="3" noDataValue="   "/>
            <q:values fromResource="res_main"/>
          </col:property>
          <col:property name="pm" description="Annual proper motion," qid="main_pm">
            <cha:limits>
              <q:refQuantity qidRef="main_pm"/>
              <cha:min>0.020</cha:min>
              <cha:max>4.080</cha:max>
            </cha:limits>
            <q:axes>
              <q:refQuantity qidRef="obj_main"/>
            </q:axes>
            <au:units name="arcsec/a">
              <au:unit>arcsec</au:unit>
              <au:unit power="-1">a</au:unit>
            </au:units>
            <q:float noDataValue="-9.999" precision="3" width="6"/>
            <q:values fromResource="res_main"/>
          </col:property>
          <col:property name="pmPA" description="Direction (N to E) of the proper motion (2)" qid="main_pmPA">
            <cha:limits>
              <q:refQuantity qidRef="main_pmPA"/>
              <cha:min>0</cha:min>
              <cha:max>403</cha:max>
            </cha:limits>
            <q:axes>
              <q:refQuantity qidRef="obj_main"/>
            </q:axes>
            <au:units name="deg">
              <au:unit>deg</au:unit>
            </au:units>
            <q:integer noDataValue="-99" width="3" type="decimal"/>
            <q:values fromResource="res_main"/>
          </col:property>
          <col:property name="Theta" description="[0/360[? Position angle, see also Quadrant (4)" qid="main_Theta">
            <cha:limits>
              <q:refQuantity qidRef="main_Theta"/>
              <cha:min>0.</cha:min>
              <cha:max>440.</cha:max>
            </cha:limits>
            <q:axes>
              <q:refQuantity qidRef="obj_main"/>
            </q:axes>
            <au:units name="deg">
              <au:unit>deg</au:unit>
            </au:units>
            <q:float noDataValue="-99.9" precision="1" width="5"/>
            <q:values fromResource="res_main"/>
          </col:property>
          <col:property name="Sep" description="? Separation between components (4)" qid="main_Sep">
            <cha:limits>
              <q:refQuantity qidRef="main_Sep"/>
              <cha:min>1.</cha:min>
              <cha:max>9000.</cha:max>
            </cha:limits>
            <q:axes>
              <q:refQuantity qidRef="obj_main"/>
            </q:axes>
            <au:units name="arcsec">
              <au:unit>arcsec</au:unit>
            </au:units>
            <q:float noDataValue="-999.9" precision="1" width="6"/>
            <q:values fromResource="res_main"/>
          </col:property>
          <col:property name="Quadrant" description="[nspf ] Quadrant designation for ref.1 (4)" qid="main_Quadrant">
            <cha:limits>
              <q:refQuantity qidRef="main_Quadrant"/>
              <cha:min/>
              <cha:max/>
            </cha:limits>
            <q:axes>
              <q:refQuantity qidRef="obj_main"/>
            </q:axes>
            <u:unitless/>
            <q:string width="2" noDataValue="  "/>
            <q:values fromResource="res_main"/>
          </col:property>
          <col:property name="Remark" description="Short remark and/or other identification (3)" qid="main_Remark">
            <cha:limits>
              <q:refQuantity qidRef="main_Remark"/>
              <cha:min/>
              <cha:max/>
            </cha:limits>
            <q:axes>
              <q:refQuantity qidRef="obj_main"/>
            </q:axes>
            <u:unitless/>
            <q:string width="27" noDataValue="                           "/>
            <q:values fromResource="res_main"/>
          </col:property>
          <col:property name="Ref" description="Reference code (see References section)" qid="main_Ref">
            <cha:limits>
              <q:refQuantity qidRef="main_Ref"/>
              <cha:min>1</cha:min>
              <cha:max>9</cha:max>
            </cha:limits>
            <q:axes>
              <q:refQuantity qidRef="obj_main"/>
            </q:axes>
            <u:unitless/>
            <q:integer noDataValue="-9" width="2" type="decimal"/>
            <q:values fromResource="res_main"/>
          </col:property>
        </col:object>
      </cat:data>
    </cat:VOCatalog>
    <cat:VOCatalog cid="adc_cat_rejected" name="rejected" description="Data rejected for duplicate numbers                                     or optical systems">
      <dc:identifier>1130_rejected</dc:identifier>
      <h:refProvenance provenanceIdRef="history_1130"/>
      <p:refReferences referencesIdRef="ref_1130"/>
      <cat:data>
        <col:object xlink:href="AstroObject.xsd" xml:base="http://www.ivoa.net/DataModels/" qid="obj_rejected" numberOfObjects="46">
          <q:fileResource rid="res_rejected">
            <q:recordOrder qidRefs="rejected_LDS rejected_Mult rejected_RA rejected_DE rejected_mR1 rejected_u_mR1 rejected_mB1 rejected_u_mB1 rejected_color1 rejected_mR2 rejected_u_mR2 rejected_mB2 rejected_u_mB2 rejected_color2 rejected_pm rejected_pmPA rejected_Theta rejected_Sep rejected_Quadrant rejected_Remark rejected_Ref"/>
            <q:fixedWidth>
              <q:repeat count="20">
                <q:read/>
                <q:skip>
                  <q:chars value="  "/>
                </q:skip>
              </q:repeat>
              <q:read/>
              <q:skip>
                <q:newLine/>
              </q:skip>
            </q:fixedWidth>
            <q:external xlink:href="1130_rejected.dat"/>
          </q:fileResource>
          <col:property name="LDS" description="[1/6181]+= LDS number" qid="rejected_LDS">
            <cha:limits>
              <q:refQuantity qidRef="rejected_LDS"/>
              <cha:min>577</cha:min>
              <cha:max>5662</cha:max>
            </cha:limits>
            <q:axes>
              <q:refQuantity qidRef="obj_rejected"/>
            </q:axes>
            <u:unitless/>
            <q:integer noDataValue="-999" width="4" type="decimal"/>
            <q:values fromResource="res_rejected"/>
          </col:property>
          <col:property name="Mult" description="[tq]  't' indicates a system is triple and 'q' it is quadruple. Then, the LDS number is the same for all entries." qid="rejected_Mult">
            <cha:limits>
              <q:refQuantity qidRef="rejected_Mult"/>
              <cha:min/>
              <cha:max/>
            </cha:limits>
            <q:axes>
              <q:refQuantity qidRef="obj_rejected"/>
            </q:axes>
            <u:unitless/>
            <q:string width="1" noDataValue=" "/>
            <q:values fromResource="res_rejected"/>
          </col:property>
          <col:property name="RA" description="Right Ascension (Eq: 1950)" qid="rejected_RA">
            <cha:limits>
              <q:refQuantity qidRef="rejected_RA"/>
              <cha:min>00 03.0</cha:min>
              <cha:max>22 17.7</cha:max>
            </cha:limits>
            <ucd:ucd>RAhms</ucd:ucd>
            <stc:CoordSystemRef qidRef="coords_main_RA_1130"/>
            <q:axes>
              <q:refQuantity qidRef="obj_rejected"/>
            </q:axes>
            <u:unitless/>
            <q:string width="10" noDataValue="          "/>
            <q:values fromResource="res_rejected"/>
          </col:property>
          <col:property name="DE" description="Declination (Eq: 1950)" qid="rejected_DE">
            <cha:limits>
              <q:refQuantity qidRef="rejected_DE"/>
              <cha:min>-40 03.0</cha:min>
              <cha:max>+68 24.0</cha:max>
            </cha:limits>
            <ucd:ucd>DEdm</ucd:ucd>
            <stc:CoordSystemRef qidRef="coords_main_RA_1130"/>
            <q:axes>
              <q:refQuantity qidRef="obj_rejected"/>
            </q:axes>
            <u:unitless/>
            <q:string width="8" noDataValue="        "/>
            <q:values fromResource="res_rejected"/>
          </col:property>
          <col:property name="mR1" description="?=99.9 Photographic R magnitude of the primary component (99.9 = unknown)" qid="rejected_mR1">
            <cha:limits>
              <q:refQuantity qidRef="rejected_mR1"/>
              <cha:min>10.6</cha:min>
              <cha:max>18.2</cha:max>
            </cha:limits>
            <q:axes>
              <q:refQuantity qidRef="obj_rejected"/>
            </q:axes>
            <au:units name="mag">
              <au:unit>mag</au:unit>
            </au:units>
            <q:float noDataValue="99.9" precision="1" width="4"/>
            <q:values fromResource="res_rejected"/>
          </col:property>
          <col:property name="u_mR1" description="[:+] Uncertainty flag on mR1" qid="rejected_u_mR1">
            <cha:limits>
              <q:refQuantity qidRef="rejected_u_mR1"/>
              <cha:min/>
              <cha:max/>
            </cha:limits>
            <q:axes>
              <q:refQuantity qidRef="obj_rejected"/>
            </q:axes>
            <u:unitless/>
            <q:string width="1" noDataValue=" "/>
            <q:values fromResource="res_rejected"/>
          </col:property>
          <col:property name="mB1" description="?=99.9 Photographic magnitude of the primary component (99.9 = unknown)" qid="rejected_mB1">
            <cha:limits>
              <q:refQuantity qidRef="rejected_mB1"/>
              <cha:min>9.5</cha:min>
              <cha:max>21.2</cha:max>
            </cha:limits>
            <q:axes>
              <q:refQuantity qidRef="obj_rejected"/>
            </q:axes>
            <au:units name="mag">
              <au:unit>mag</au:unit>
            </au:units>
            <q:float noDataValue="99.9" precision="1" width="4"/>
            <q:values fromResource="res_rejected"/>
          </col:property>
          <col:property name="u_mB1" description="[:+] Uncertainty flag on mB1" qid="rejected_u_mB1">
            <cha:limits>
              <q:refQuantity qidRef="rejected_u_mB1"/>
              <cha:min/>
              <cha:max/>
            </cha:limits>
            <q:axes>
              <q:refQuantity qidRef="obj_rejected"/>
            </q:axes>
            <u:unitless/>
            <q:string width="1" noDataValue=" "/>
            <q:values fromResource="res_rejected"/>
          </col:property>
          <col:property name="color1" description="Color class of the primary component" qid="rejected_color1">
            <cha:limits>
              <q:refQuantity qidRef="rejected_color1"/>
              <cha:min/>
              <cha:max/>
            </cha:limits>
            <q:axes>
              <q:refQuantity qidRef="obj_rejected"/>
            </q:axes>
            <u:unitless/>
            <q:string width="3" noDataValue="   "/>
            <q:values fromResource="res_rejected"/>
          </col:property>
          <col:property name="mR2" description="?=99.9 photographic R magnitude of the secondary component (99.9 = unknown)" qid="rejected_mR2">
            <cha:limits>
              <q:refQuantity qidRef="rejected_mR2"/>
              <cha:min>12.7</cha:min>
              <cha:max>18.6</cha:max>
            </cha:limits>
            <q:axes>
              <q:refQuantity qidRef="obj_rejected"/>
            </q:axes>
            <au:units name="mag">
              <au:unit>mag</au:unit>
            </au:units>
            <q:float noDataValue="99.9" precision="1" width="4"/>
            <q:values fromResource="res_rejected"/>
          </col:property>
          <col:property name="u_mR2" description="[:+] Uncertainty flag on mR2" qid="rejected_u_mR2">
            <cha:limits>
              <q:refQuantity qidRef="rejected_u_mR2"/>
              <cha:min/>
              <cha:max/>
            </cha:limits>
            <q:axes>
              <q:refQuantity qidRef="obj_rejected"/>
            </q:axes>
            <u:unitless/>
            <q:string width="1" noDataValue=" "/>
            <q:values fromResource="res_rejected"/>
          </col:property>
          <col:property name="mB2" description="?=99.9 photographic magnitude of the secondary component (99.9 = unknown)" qid="rejected_mB2">
            <cha:limits>
              <q:refQuantity qidRef="rejected_mB2"/>
              <cha:min>11.5</cha:min>
              <cha:max>21.9</cha:max>
            </cha:limits>
            <q:axes>
              <q:refQuantity qidRef="obj_rejected"/>
            </q:axes>
            <au:units name="mag">
              <au:unit>mag</au:unit>
            </au:units>
            <q:float noDataValue="99.9" precision="1" width="4"/>
            <q:values fromResource="res_rejected"/>
          </col:property>
          <col:property name="u_mB2" description="[:+] Uncertainty flag on mB2" qid="rejected_u_mB2">
            <cha:limits>
              <q:refQuantity qidRef="rejected_u_mB2"/>
              <cha:min/>
              <cha:max/>
            </cha:limits>
            <q:axes>
              <q:refQuantity qidRef="obj_rejected"/>
            </q:axes>
            <u:unitless/>
            <q:string width="1" noDataValue=" "/>
            <q:values fromResource="res_rejected"/>
          </col:property>
          <col:property name="color2" description="Color class of the secondary component" qid="rejected_color2">
            <cha:limits>
              <q:refQuantity qidRef="rejected_color2"/>
              <cha:min/>
              <cha:max/>
            </cha:limits>
            <q:axes>
              <q:refQuantity qidRef="obj_rejected"/>
            </q:axes>
            <u:unitless/>
            <q:string width="3" noDataValue="   "/>
            <q:values fromResource="res_rejected"/>
          </col:property>
          <col:property name="pm" description="Annual proper motion," qid="rejected_pm">
            <cha:limits>
              <q:refQuantity qidRef="rejected_pm"/>
              <cha:min>0.050</cha:min>
              <cha:max>0.790</cha:max>
            </cha:limits>
            <q:axes>
              <q:refQuantity qidRef="obj_rejected"/>
            </q:axes>
            <au:units name="arcsec/a">
              <au:unit>arcsec</au:unit>
              <au:unit power="-1">a</au:unit>
            </au:units>
            <q:float noDataValue="-9.999" precision="3" width="6"/>
            <q:values fromResource="res_rejected"/>
          </col:property>
          <col:property name="pmPA" description="Direction (N to E) of the proper motion (2)" qid="rejected_pmPA">
            <cha:limits>
              <q:refQuantity qidRef="rejected_pmPA"/>
              <cha:min>0</cha:min>
              <cha:max>299</cha:max>
            </cha:limits>
            <q:axes>
              <q:refQuantity qidRef="obj_rejected"/>
            </q:axes>
            <au:units name="deg">
              <au:unit>deg</au:unit>
            </au:units>
            <q:integer noDataValue="-99" width="3" type="decimal"/>
            <q:values fromResource="res_rejected"/>
          </col:property>
          <col:property name="Theta" description="[0/360[? Position angle, see also Quadrant (4)" qid="rejected_Theta">
            <cha:limits>
              <q:refQuantity qidRef="rejected_Theta"/>
              <cha:min>0.</cha:min>
              <cha:max>345.</cha:max>
            </cha:limits>
            <q:axes>
              <q:refQuantity qidRef="obj_rejected"/>
            </q:axes>
            <au:units name="deg">
              <au:unit>deg</au:unit>
            </au:units>
            <q:float noDataValue="-99.9" precision="1" width="5"/>
            <q:values fromResource="res_rejected"/>
          </col:property>
          <col:property name="Sep" description="? Separation between components (4)" qid="rejected_Sep">
            <cha:limits>
              <q:refQuantity qidRef="rejected_Sep"/>
              <cha:min>1.5</cha:min>
              <cha:max>1180.</cha:max>
            </cha:limits>
            <q:axes>
              <q:refQuantity qidRef="obj_rejected"/>
            </q:axes>
            <au:units name="arcsec">
              <au:unit>arcsec</au:unit>
            </au:units>
            <q:float noDataValue="-999.9" precision="1" width="6"/>
            <q:values fromResource="res_rejected"/>
          </col:property>
          <col:property name="Quadrant" description="[nspf ] Quadrant designation for ref.1 (4)" qid="rejected_Quadrant">
            <cha:limits>
              <q:refQuantity qidRef="rejected_Quadrant"/>
              <cha:min/>
              <cha:max/>
            </cha:limits>
            <q:axes>
              <q:refQuantity qidRef="obj_rejected"/>
            </q:axes>
            <u:unitless/>
            <q:string width="2" noDataValue="  "/>
            <q:values fromResource="res_rejected"/>
          </col:property>
          <col:property name="Remark" description="Short remark and/or other identification (3)" qid="rejected_Remark">
            <cha:limits>
              <q:refQuantity qidRef="rejected_Remark"/>
              <cha:min/>
              <cha:max/>
            </cha:limits>
            <q:axes>
              <q:refQuantity qidRef="obj_rejected"/>
            </q:axes>
            <u:unitless/>
            <q:string width="27" noDataValue="                           "/>
            <q:values fromResource="res_rejected"/>
          </col:property>
          <col:property name="Ref" description="Reference code (see References section)" qid="rejected_Ref">
            <cha:limits>
              <q:refQuantity qidRef="rejected_Ref"/>
              <cha:min>1</cha:min>
              <cha:max>8</cha:max>
            </cha:limits>
            <q:axes>
              <q:refQuantity qidRef="obj_rejected"/>
            </q:axes>
            <u:unitless/>
            <q:integer noDataValue="-9" width="2" type="decimal"/>
            <q:values fromResource="res_rejected"/>
          </col:property>
        </col:object>
      </cat:data>
    </cat:VOCatalog>
  </adc:data>
</adc:VO_Catalog_ADC>
