Cross-References
Capture links internal to the book in a <xref>
element.
Each
<xref>
element must have an @rid
attribute
which matches the @id
attribute of the element being linked to. It must
also contain a @ref-type
attribute with the value determined by the type
of element being linked to according to the table below:Target Element Name | Target Element | @ref-type Value |
---|---|---|
Bibliographic Reference | <ref> |
bibr |
Footnote | <fn> |
fn |
Affiliation | <aff> |
aff |
Correspondence Note | <corresp> |
corresp |
Figure | <fig> |
fig |
Table | <table-wrap> |
table |
Section | <sec> |
sec |
Chapter | <book-part> |
book-part |
Display Formula | <disp-formula> |
disp-formula |
Boxed Text | <boxed-text> |
boxed-text |
Statement | <statement> |
statement |
Example
<p>Illustration of the principle of operation of a <italic toggle="yes">Flodex</italic> powder flowability tester. Panel (a) shows the case of a disc possessing an orifice size <italic toggle="yes">D</italic> <sub> <italic toggle="yes">a</italic> </sub> suitably large to allow the consistent flow of material. Panel (b) illustrates the case in which bridging, jamming or cohesion effects [<xref ref-type="bibr" rid="bk978-0-7503-3071-8ch4bib143">143</xref>–<xref ref-type="bibr" rid="bk978-0-7503-3071-8ch4bib145">145</xref>] cause the orifice to become clogged, preventing flow. If the testing system in question possesses no intermediary sizes between <italic toggle="yes">D</italic> <sub> <italic toggle="yes">a</italic> </sub> and <italic toggle="yes">D</italic> <sub> <italic toggle="yes">b</italic> </sub>, then a measure of flowability will be determined using <italic toggle="yes">D</italic> <sub> <italic toggle="yes">a</italic> </sub>. Panel (c) shows an image of a real <italic toggle="yes">Flodex</italic> flow tester (reproduced with permission from Teledyne Hanson Research).</p>