aromaticity
- noun
- /ˌɛrəˈmætɪsɪti/
- Specialized
- The phenomenon of aromaticity allows compounds like toluene to be less reactive than expected due to their stable electron configuration.
Examples
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As pyrolysis temperature increased, the aromaticity, crystallinity, and ash content increased.
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Biochar characteristics resulting in potential carbon sequestration (carbon aromaticity and crystallinity) and improving soil fertility and crop yield (increased ash content and CEC) were identified.
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The stability of benzene is largely due to its aromaticity, which results from the delocalization of electrons in the ring.
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Understanding aromaticity is crucial for predicting the behavior of many organic compounds in chemical reactions.
Surface Forms
Morphology
Etymology
Aromaticity in chemistry gets its name from aroma ('smell') because early chemists noticed many ring compounds had strong scents. A helpful way to remember is that the word links to smell, but in science aromaticity now means a special stability of ring-shaped molecules because their electrons are shared around the ring.