Oxford University Press Text Capture Instructions

//note[@type="marginalNote"]

Capture marginals with an anchor (i.e. where words or phrases within a paragraph are repeated exactly within a marginal note) as follows:

• Capture the word or phrase repeated in the marginal note in an xrefGrp role="marginalNote" with an xref that references the id of the note.
• Capture the note type="marginalNote" directly after the paragraph containing the anchor in a new p of its own.

Capture marginal notes that have no anchor where they occur in the text as follows:

• If it aligns with a line of text within a paragraph, capture an empty xrefGrp role="marginalNote" containing an empty xref that references the id of the note placed in front of the first word in that line.

• If it falls between two lines, capture an empty xrefGrp role="marginalNote" containing an empty xref that references the id of the note placed in front of the first word of the second line.

• Capture the note type="marginalNote" directly after the paragraph with the empty xref in a new p of its own.

Capture marginal notes by displayed mathematics using note within the displayMaths element containing the mathematics.

      <p>where the function <i>S</i>(<i>&amp;#x03B5;</i>) is called the <xrefGrp role="marginalNote">
                 <xref ref="med-9780199234567-chapter-6-note-2">
 <i>astrophysical S factor</i>
                 </xref>
             </xrefGrp>, which for many important reactions is a
        weakly varying function of the energy.</p>
      <p>
             <note type="marginalNote" id="med-9780199234567-chapter-6-note-2"><p>Astrophysical <i>S</i> factor</p>
        </note>
         </p>
    

      <p>... exothermic reactions occur when the final reaction products have larger <xrefGrp role="marginalNote">
                 <xref ref="med-9780199234567-chapter-6-note-7"/>
             </xrefGrp>
        <i>B/A</i> than the reacting nuclei. As indicated in ...</p>
      <p>
             <note id="med-9780199234567-chapter-6-note-7" type="marginalNote"><p>Fission vs fusion</p>
        </note>
         </p>
    

      <p>... reacting nuclei is exothermic, that is, releases an energy</p>
      <p>
        <displayMaths><enumerator>1.1</enumerator><note type="marginalNote">
 <p>Reaction <i>Q</i>
                     </p></note><m:math xmlns:m="http://www.w3.org/1998/Math/MathML" type="display"><!-- Content skipped for brevity --></m:math>
        </displayMaths>
      </p>
      <p>proportional to such a mass difference. Here the symbol m denotes mass, ...</p>