Exploring the Frontiers of Fluorine Chemistry: Reactivity and Breakthroughs
Begin with the extraordinary reactivity of F₂ and the historic synthesis of fluorine. Delve into the fascinating chemistry of halogen fluorides, including BrF₅’s explosive behavior and the discovery of novel anions.
Highlight platinum hexafluoride (PtF₆), renowned for its unmatched oxidizing power, famously producing the first noble gas compound, XePtF₆. While PtF₆ oxidizes NF₃ and ClF₅ to [NF₄]⁺ and [ClF₆]⁺, it falls short with BrF₅. Enter ruthenium hexafluoride (RuF₆), which oxidizes all XF₅ (X = Cl, Br, I) to [XF₆]⁺ salts at room temperature and even regenerates PtF₆ from PtF₄/PtF₅—demonstrating superior reactivity.
Join us for a deep dive into extreme oxidation chemistry, where RuF₆ redefines what’s possible.
When: 28.10 6 PM
Where: Hörsaal 1, Biochemie