Publications by authors named "Alysia Draper"

A modest structural change of a β-diketiminate-supported aluminium complex leads to dramatic differences in the reactivity towards cyclopentenone. While the bulkier complex efficiently executes Diels Alder transformations the smaller analogue performs unique polymerisation of this substrate. This observation appears to be unprecedented in the chemistry of Lewis acids and cyclic dienophiles as it represents a unique way to polymerise a functionalised olefin.

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Synopsis of recent research by authors named "Alysia Draper"

  • - Alysia Draper's recent research focuses on the catalytic capabilities of β-diketiminate-supported aluminium complexes in the polymerisation of cyclopentenone, highlighting structural influences on reactivity.
  • - The study reveals that a modest change in the structure of these complexes leads to significant differences in their abilities to catalyze reactions, specifically distinguishing between efficient Diels Alder transformations and unique polymerisation processes.
  • - Draper's findings contribute to the understanding of Lewis acid interactions with cyclic dienophiles, presenting a novel approach to polymerising functionalised olefins, marking an unprecedented advance in this area of chemistry.