Table of Contents
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Table of Contents |
slide001
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| Title | 014 | XML tools (inc JUMBO) (tools) | |
| 000 | Help! (help) | 015 | Basic chemical quantities (chembits) |
| 001 | Table of contents (toc) | 016 | Example: Molecule (mol) |
| 002 | Synopsis (synopsis) | 017 | Example: Crystallography (cryst) |
| 003 | HTMLsuccess and limitations (html) | 018 | Example: Molecular Orbitals (mo) |
| 004 | HTML and molecules (htmlmol) | 019 | Example: Protein Structure (protein) |
| 005 | The reason for XML (xml) | 020 | Chemistry and maths (chemmath) |
| 006 | How XML has been developed (xdev) | 021 | Chemical Publication (chempub) |
| 007 | Who is interested in XML? (whoxml) | 022 | Glossaries (gloss) |
| 008 | The basis of XML (xmlbasis) | 023 | CML and Intranets (nets) |
| 009 | Structured documents (structdoc) | 024 | The way forward (future) |
| 010 | Adding semantics (semantics) | 025 | Acknowledgements (thanks) |
| 011 | XML and Java (xmljava) | 026 | XML and CMLresources (urls) |
| 012 | Hypermedia (links) | ||
| 013 | Searching (search) | DIA slides | |
| Biological Data |
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Peter
Murray-Rust, 1998 Virtual School of Molecular Sciences, University of Nottingham |
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