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  1. Structural, Chemical, and Theoretical Evidence for the ...

    Temperature dependent 19 F NMR measurements reveal the occurrence of separated ions in solution, with [C 6 F 5 Xe] + coordinated by a basic solvent molecule.

    Missing:
    • hybridization
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  2. We also report for the first time some of the chemical properties of [C6F5Xe]+ [C6F5BF3]-, concerning its thermal stability in solution, reactions with nucleophiles, and hydroly- sis.

    Missing:
    • hybridization
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  3. [C6F5Xe]+ as potential source of the electrophilic [C6F5] radical

    Aug 1, 1992 · Oxidative addition reactions of [C6F5Xe] + on organoelement compounds can proceed via a crypto-ionic and/or radical path. Examples of both reaction patterns are presented.

    Missing:
    • hybridization
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  4. The pentafluorophenylxenon(II) cation: [C6F5Xe]+; the first ...

    The pentafluorophenylxenon (II) cation: [C 6 F 5 Xe] +; the first stable system with a xenon–carbon bond.

    Missing:
    • hybridization
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  5. 11.3: Hybridization of Atomic Orbitals - Chemistry LibreTexts

    Jul 12, 2023 · The localized valence bonding theory uses a process called hybridization, in which atomic orbitals that are similar in energy, but not equivalent are combined mathematically to …

  6. Two special pathways to perfluoroaryl iodonium salts: the ...

    Apr 23, 2003 · Despite the higher positive Mulliken charge on iodine in 1a (0.368) compared to 1b (0.164),2 1a reacted with suitable formal sources of [C6F5]+ such as [C6F5Xe]+ salts.

    Missing:
    • hybridization
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  7. Synthesis, Reactivity, Structural, and Computational Studies ...

    The ability of [C6F5Xe] salts to arylate aromatics was examined in detail on fluorobenzene. The parameters influencing the rate of reaction and the product distribution are shown and a …

    Missing:
    • hybridization
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