Easily Immobilized Di- and Tetraphosphine Linkers: Rigid Scaffolds that Prevent Interactions of Metal Complexes with Oxide Supports
摘要:
Di- and tetraphosphines with rigid phenyl-, bilphenyl-, and tetraphenylstannane, -silane, and -methane scaffolds, and various substituents F, have been synthesized and immobilized via triethoxysilane-propagated formation of one or two surface-bound phosphonium moieties. The remaining phosphine groups can be coordinated to metal complexes. All the detective work and proof is done by solid-state NMR spectroscopy.
Easily Immobilized Di- and Tetraphosphine Linkers: Rigid Scaffolds that Prevent Interactions of Metal Complexes with Oxide Supports
作者:Yuan Yang、Björn Beele、Janet Blümel
DOI:10.1021/ja800541c
日期:2008.3.1
Di- and tetraphosphines with rigid phenyl-, bilphenyl-, and tetraphenylstannane, -silane, and -methane scaffolds, and various substituents F, have been synthesized and immobilized via triethoxysilane-propagated formation of one or two surface-bound phosphonium moieties. The remaining phosphine groups can be coordinated to metal complexes. All the detective work and proof is done by solid-state NMR spectroscopy.