<?xml version='1.0' encoding='utf-8'?>
<documents xmlns='http://eprints.org/ep2/data/2.0'>
  <document id='https://researchdata.bath.ac.uk/id/document/17694'>
    <docid>17694</docid>
    <rev_number>2</rev_number>
    <files>
      <file id='https://researchdata.bath.ac.uk/id/file/65175'>
        <fileid>65175</fileid>
        <datasetid>document</datasetid>
        <objectid>17694</objectid>
        <filename>Fig5_Reduced_density_v_FSDP_and_fit.agr</filename>
        <mime_type>text/plain</mime_type>
        <hash>ebaad61a7bd00980a4700f2c541c40f8</hash>
        <hash_type>MD5</hash_type>
        <filesize>53923</filesize>
        <mtime>2023-12-28 15:37:53</mtime>
        <url>https://researchdata.bath.ac.uk/1238/34/Fig5_Reduced_density_v_FSDP_and_fit.agr</url>
      </file>
    </files>
    <eprintid>1238</eprintid>
    <pos>34</pos>
    <placement>34</placement>
    <mime_type>text/plain</mime_type>
    <format>other</format>
    <formatdesc>Figure 5 shows the reduced density dependence of the scaled FSDP position for glassy and liquid network forming oxides in which the ambient pressure tetrahedral SiO_4 or GeO_4 or planar triangular BO_3 structural motifs are retained over the plotted density range.</formatdesc>
    <language>en</language>
    <security>public</security>
    <license>cc_by</license>
    <main>Fig5_Reduced_density_v_FSDP_and_fit.agr</main>
    <content>data</content>
  </document>
</documents>
