caffeine, and guanine did not yield the targeted complexes [Pt(cod)(neoSi)(L)](A) in most of the cases, but to extensive decomposition yielding [Pt(cod)(Me) (solvent)]+, thus transforming the neoSi into a methyl ligand. A detailed study on the reaction with SbF6– combining DFT calculations with NMR and MS revealed that Pt catalysed decomposition of SbF6‒ and fluorination of the neoSi silicon atom leading
结合 DFT 计算与 NMR 和 MS 对与 SbF6– 反应的详细研究表明,Pt 催化了 SbF6– 的分解和新
硅硅原子的
氟化,导致了 FSiMe3。当母体配合物与 Ag(BPh4) 反应时,得到芳基化衍
生物 [Pt(cod)(neoSi)(Ph)],并通过多核 NMR、MS 和单晶 XRD 进行表征。图形概要