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- Q6177220 subject Q8384587.
- Q6177220 subject Q8549576.
- Q6177220 abstract "Jemmis mno rules represent a unified rule for predicting and systematizing structures of compounds, usually clusters. The rules involve electron counting. They were formulated by Eluvathingal Devassy Jemmis to explain the structures of condensed polyhedral boranes such as B20H16, which are obtained by condensing polyhedral boranes, by sharing a triangular face, an edge, a single vertex or even four vertices. These rules are addition and extensions to Wade’s rules and polyhedral skeletal electron pair theory. Jemmis mno rule provides the relationship between polyhedral boranes, condensed polyhedral boranes and β-rhombohedral boron. This is similar to the relationship between benzene, condensed benzenoid aromatics and graphite, brought by Hückel’s 4n+2 rule, as well as that between tetracoordinate tetrahedral carbon compounds and diamond. The Jemmis mno rule reduces to Hückel rule when restricted to two dimensions and reduces to Wade’s rules when restricted to one polyhedron.".
- Q6177220 wikiPageWikiLink Q200104.
- Q6177220 wikiPageWikiLink Q208348.
- Q6177220 wikiPageWikiLink Q211972.
- Q6177220 wikiPageWikiLink Q358923.
- Q6177220 wikiPageWikiLink Q534307.
- Q6177220 wikiPageWikiLink Q5367969.
- Q6177220 wikiPageWikiLink Q8384587.
- Q6177220 wikiPageWikiLink Q8549576.
- Q6177220 comment "Jemmis mno rules represent a unified rule for predicting and systematizing structures of compounds, usually clusters. The rules involve electron counting. They were formulated by Eluvathingal Devassy Jemmis to explain the structures of condensed polyhedral boranes such as B20H16, which are obtained by condensing polyhedral boranes, by sharing a triangular face, an edge, a single vertex or even four vertices.".
- Q6177220 label "Jemmis mno rules".