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Articles
Documentation for the IOP Publishing specific implementation of JATS 1.3 for article content.
Article Body
Capture the article body content in a <body> element.
Cross-References
Capture links internal to the article in a <xref> element.

Articles
Documentation for the IOP Publishing specific implementation of JATS 1.3 for article content.
- XML Doctype and Encoding
  Capture the doctype and encoding for an article as below.
- Root Element
  The root element for an article is a <article> element.
- Front
  Capture metadata about an article in a <front> element.
- Article Body
  Capture the article body content in a <body> element.
  - Sections
    Capture sections in a <sec> element.
  - Paragraphs
    Capture paragraphs using <p> elements.
  - Figures
    Capture figures using a <fig> element
  - Tables
    Capture tables inside a <table> element child of a <table-wrap> element.
  - Cross-References
    Capture links internal to the article in a <xref> element.
  - Lists
    Capture Lists in a <list> element.
  - Inline Formula
    Capture inline mathematical content in a <inline-formula> element.
  - Display Formula
    Capture block mathematical content in a <disp-formula> element.
  - Boxed Text
    Capture boxed text content inside a <boxed-text> element.
  - Footnotes
    Capture footnotes for an article in a <fn> element.
  - Statements (Theorems, Proofs, Remarks)
    Capture formal statements such as theorems, proofs and remarks in a <statement> element.
  - Preformatted Text
    Capture text where spacing has to be preserved (e.g. computer code) in a <preformat> element.
  - Quotes
    Capture extracts or quoted passages using a <disp-quote> element.
  - Inline Dataset Link (AAS)
    Capture inline links to dataset using a <named-content> element.
  - Inline Object Link (AAS)
    Capture inline links to objects using a <named-content> element.
  - Inline Supplementary Data
    Capture inline supplementary data in a <inline-supplementary-material> element.
  - Glossary, Nomenclature and List of Symbols
    Capture glossary, nomenclature or list of symbols in a <def-list> element.
- Article Back
  Capture reference lists, appendices and other back matter in a <back> element.
- Version and Change Log
- Schematron Validation Rules v1.5
  The table below lists all current schematron rules for the 1.5 release of the IOPP article schematron. The files are available for download via this link: Schematron Validation Rules v1.5.

Cross-References

Capture links internal to the article 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:

Table 1. Ref-type values
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
Display Formula	`<disp-formula>`	disp-formula
Boxed Text	`<boxed-text>`	boxed-text
Statement	`<statement>`	statement
Appendix	`<app>`	app

Example

<p> Halide perovskite solar cells (PSCs) were introduced in 2009, with demonstrated
efficiencies just below 4% [ <xref ref-type="bibr" rid="jpenergyacc892bib1">1</xref> ].
Since then, PSC efficiencies have grown rapidly, reaching over 25% for single junction
cells [ <xref ref-type="bibr" rid="jpenergyacc892bib2">2</xref> ], and over 30% for
tandem perovskite-on-silicon devices [ <xref ref-type="bibr" rid="jpenergyacc892bib3">3</xref> , <xref ref-type="bibr" rid="jpenergyacc892bib4">4</xref> ]. Scalability
potential towards PSC modules has been demonstrated, with pilot outdoor small scale
photovoltaic (PV) systems already being made [ <xref ref-type="bibr" rid="jpenergyacc892bib5">5</xref> , <xref ref-type="bibr" rid="jpenergyacc892bib6">6</xref> ]. Past experience based on organic PV device stability testing protocols
has accelerated the understanding of degradation and stability towards more stable PSC
devices [ <xref ref-type="bibr" rid="jpenergyacc892bib7">7</xref> , <xref ref-type="bibr" rid="jpenergyacc892bib8">8</xref> ]. </p>