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Full-Text Articles in Inorganic Chemistry
Challenges In Catalytic Hydrophosphination, Christine A. Bange, Rory Waterman
Challenges In Catalytic Hydrophosphination, Christine A. Bange, Rory Waterman
College of Arts and Sciences Faculty Publications
Despite significant advances, metal-catalyzed hydrophosphination has ample room for discovery, growth, and development. Many of the key successes in metal-catalyzed hydrophosphination over the last decade have indicated what is needed and what is yet to come. Reactivity that is absent from the literature also speaks to the challenges in catalytic hydrophosphination. This Concept article discusses and highlights recent developments that address the ongoing challenges, and identifies areas in metal-catalyzed hydrophosphination that are underdeveloped. Advances in product selectivity, catalyst design, and both unsaturated and phosphine substrates illustrate the ongoing development of the field. Like all catalytic transformations, the benefits are realized …
Insertion Of Benzylisocyanide Into A Zr-P Bond And Rearrangement. Atom-Economical Synthesis Of A Phosphaalkene, Samantha N. Macmillian, Joseph M. Tanski, Rory Waterman
Insertion Of Benzylisocyanide Into A Zr-P Bond And Rearrangement. Atom-Economical Synthesis Of A Phosphaalkene, Samantha N. Macmillian, Joseph M. Tanski, Rory Waterman
College of Arts and Sciences Faculty Publications
Reaction of (N3N)ZrPHPh (1, N3N = N(CH2CH2NSiMe3)33−) with PhCH2NC affords the 1,1-insertion product (N3N)Zr[C(PHPh)NCH2Ph] (2), which thermally rearranges to the phosphaalkene-containing complex, (N3N)Zr[N(CH2Ph)C(H)PPh] (3).